In this episode, co-host Candace Cahootie sits down with Christopher Turk, a leading expert in post-quantum cryptography at KPMG, to unpack the pressing issues facing organizations as quantum technology inches ever closer to breaking conventional encryption.

Together, they dive into why Washington, D.C. has become a unique hotbed for quantum security, how government mandates are shaping adoption, and why the real challenge in post-quantum cryptography may lie more in asset identification than in technology itself. You'll hear firsthand accounts of red teaming quantum systems, debates on collaboration across the industry, and practical advice for both regulated and non-regulated sectors. Whether you're a quantum expert or "quantum curious," this episode will give you fresh insights on preparing for a crypto-future—where today's paranoia is tomorrow's best practice.

Links

Time Stamps

00:00 Post-quantum cryptography origins

05:34 Cybersecurity threats to financial systems

09:18 International collaboration challenges

11:15 Changing perspectives on Nvidia

14:09 Need for better collaboration in quantum

19:57 Enhancing restaurant user experience

23:46 Technical vs. compliance focus in PQC

26:10 Understanding RSA configuration and security

29:56 Challenges in managing cryptographic identities

30:53 Discussing Salesforce sandbox integration

34:28 Bypassing quantum security measures

40:07 Credential Expiration and Security Risks

42:27 Discussing security measures for Dingo

44:37 Networking and upcoming conferences

In this episode, we're joined by Rachel Noek, Senior Research Scientist and Technical Program Manager at the Duke Quantum Center. Rachel shares her journey from industry to academia, her experiences developing photonic kits for inspiring the next generation, and her insights on the rapidly evolving landscape of quantum computing.

We dive into the unique challenges of project management in deep tech environments, the essential collaboration between academia and industry, and what the future holds for quantum technologies. Rachel also discusses how hands-on learning can demystify complex concepts, why the quantum field needs talent beyond physicists, and her vision for a quantum-enabled future.

Whether you're quantum-curious or an industry veteran, this conversation is packed with inspiration and practical wisdom about the quantum revolution

Links

Time Stamps

00:00 Facing unknown challenges

06:53 Funding and goals of Duke Quantum Center

10:44 Explaining light absorption and emission

13:51 Role of academia and industry in quantum computers

15:54 Transition from Software to Data Science

20:56 Role as a technical project manager

23:25 Facing unknown challenges

26:59 Entering the Quantum Industry

30:12 Integrating quantum computing in biology

33:19 Reflecting on early tech experiences

36:16 Decluttering before the big move

40:44 Growth of Quantum Computing Field

45:07 Challenges in shifting to EVs

48:20 Upcoming Trapped Ions Conference

In today’s episode, we sit down with Severyn Balaniuk, a research software developer at 1QBit, whose journey from reading "Programming the Universe" in high school to contributing to quantum advancements provides a unique insider’s perspective. We’ll explore the real relationship between AI and quantum, why networking and communication matter just as much as coding, and which quantum breakthroughs may be on the horizon.

From debates on the future of programming languages like Julia, to insights into government-backed quantum corridors, open source’s pivotal role, and the biggest misconceptions about quantum computing, this episode offers a candid reality check in a field defined by both promise and hype. Whether you’re a curious student or a seasoned developer, tune in to discover what it really means to build the future—one quantum leap at a time.

Links

Time Stamps

00:00 Explaining Quantum AI vs AI for Quantum

06:00 Importance of Networking in Quantum

10:00 Current AI industry outlook

10:59 Government goals for quantum computing

14:37 Debating AI's role in quantum

18:22 Investing in Quantum Computing

23:34 Programming language demand in quantum computing

26:36 Misconceptions about quantum computing

28:04 Quantum computing platforms to watch

32:28 Importance of open source in quantum

37:41 Open source in quantum computing

39:45 Key skills for researchers

43:28 Quantum computing's potential impact

46:05 Learning practical skills and feedback

50:16 Candace and Frank's quantum podcast

This week, Candace and Frank are back, diving into a summer that's hot in more ways than one—with quantum breakthroughs, climate conversations, and tech trends heating up worldwide. The duo unpacks the latest global developments in quantum computing, including the U.S. government's renewed commitment, developments in Canada, Europe, and Israel, and Microsoft's milestone in qubit lifetime. They examine the growing intersection of quantum with AI, data centers, and national security, plus the evolving landscape of data infrastructure and the societal impacts of new technology.

From venture capital shifts and startup culture to quantum’s role in drug discovery and cyber defense, this episode connects the dots between today's tech headlines and the world of tomorrow. Whether you’re quantum curious or a seasoned pro, get ready for insightful discussion, international updates, and a look at how quantum is shaping our future.

Time Stamps

00:00 Portable air conditioning basics

03:59 New job at ClearML announcement

08:51 AI's Role in Upcoming Elections

09:53 High power line concerns

13:24 Data centers in Loudoun County

18:36 Microsoft's quantum computing breakthrough

20:19 Viral movie clip memes

24:36 Venture Capital's Role in Tech

26:35 Explaining data potential with chess analogy

30:38 Tech impact on global stability

35:49 Quantum podcast and cosmic connections

In this episode, the conversation focused on the transformative potential of quantum networks alongside the ever-prominent quantum computers. A key theme that emerged was how curiosity—rather than just advanced degrees—can open doors in the quantum industry. The discussion explored the path from complex mathematical curiosity to a career in quantum information science, highlighting how quantum communication is emerging as a crucial counterpart to quantum computing.

Listeners will learn about the threats and opportunities presented by quantum technologies, including the significance of quantum key distribution (QKD) and the coming era of "Q Day," where classic cryptographic systems may become obsolete. The episode provides insights on the unique challenges of quantum networking infrastructure, the role of satellites, and why quantum communication remains an underappreciated area with immense potential. Several points were raised, including the tension between post-quantum cryptography and QKD, the fragmented approach to quantum infrastructure across nations, and the key industries that will drive adoption. If you’re quantum-curious—whether you're a technologist, executive, or just fascinated by the future of secure communications—this episode breaks down the stakes, the science, and the paths forward in quantum networking.

Links

Time Stamps

00:00 Choosing a PhD in Quantum Communications

06:44 Satellite communication and defense strategies

10:03 Introduction to quantum cryptography

11:27 Post quantum cryptography explained

14:26 Challenges in communication authentication

17:51 Quantum communication projects in the EU

23:35 Efficient energy solutions for data centers

27:18 Challenges of scaling quantum networks

29:39 Challenges in Quantum Device Commercialization

34:02 Challenges in setting tech standards

35:57 Fragmentation in global security tech

40:23 Challenges of microscale computations

42:58 Julia's role in data science

45:49 Quantum podcast with Candace and Frank

In this episode, Kevin Kane, CEO of American Binary, a pioneer in the field of enterprise post-quantum network security joins us to talk about the looming threat of Q-Day.

Together, we tackle urgent questions surrounding the looming quantum threat, the vulnerabilities in our global financial systems, and how quantum computing could reshape cybersecurity as we know it.

Kevin dives deep into why his company was founded to protect critical infrastructure from future quantum attacks and explains their journey in developing NSA-standard post-quantum encryption. From the psychology of innovation to the global stakes of unpreparedness, Kevin shares thought-provoking insights on courage, resilience, and the human side of tech entrepreneurship.

Get ready for a conversation that spans from cutting-edge cryptography to geopolitics, the nature of leadership, and the importance of family—while reminding us all why the race for secure networks is about more than technology; it’s about civilization’s survival.

Links

Time Stamps

00:00 American Binary's founding and cryptography focus

04:27 Post quantum encryption explained

09:16 Tim Ferriss immersion strategy

12:46 Talking about financial success

13:36 Hypothetical security breach scenario

16:57 Market chaos and trading shifts

21:27 Ensuring safe tech development

27:21 Driven by long-term passion

31:03 Military experience and personal resolve

32:48 Enterprise VPN with quantum encryption

36:34 Impact of Parenthood on Perspective

38:21 Understanding motives of leadership

In this episode, host Frank La Vigne and his co-host Candace Gillhoolley sit down with Hillary Ogbodo, CTO of Almond Inc. and a passionate quantum researcher based in Nigeria. The conversation journeys from the challenges of fintech and credit systems in Africa, through Hillary’s personal fascination with quantum teleportation, to the future of quantum encryption and security.

They dive deep into quantum key distribution (QKD), real-world deployment hurdles, the fast-moving international race in quantum technology, and why the next five years could see QKD go from academic pilot to critical infrastructure. Whether you’re a quantum novice or an aficionado, this episode unpacks the global implications of quantum security and what it means for industries from finance to defense—plus, some unexpected stories about cryptography, satellites, and the power of curiosity.

Links

Time Stamps

00:00 Fixing credit in Nigeria

05:47 Explaining quantum data encryption

09:01 Detecting eavesdroppers with error rates

11:54 Discussing global quantum computing advancements

15:34 Quantum computing secrecy

16:41 Discussing QKD vs PQC algorithms

21:56 Getting into cryptography after 2002

24:31 Getting into quantum computing

27:26 Quantum teleportation research in China

30:35 Rural broadband accessibility issues

34:43 Wells Fargo tests quantum security

39:32 Quantum key distribution advancements

40:29 Discussing quantum resilient algorithms

44:04 Discussing encryption with engineers

Today, we're diving deep into the world of quantum computing and its far-reaching implications for cybersecurity, risk, and digital resilience. Join Frank La Vigne and Candace Gillhoolley as they sit down with Chris Basener, a leading GRC advisor specializing in post-quantum cryptography. Together, they unravel the challenges organizations face in preparing for the inevitable arrival of quantum computers powerful enough to threaten today's encryption, discuss the realities and misconceptions surrounding post-quantum cryptography, and explore practical strategies for building long-term digital resilience.

We'll explore the urgent need for cryptographic agility, the complexities of migrating to new standards, and why every organization—from banks to manufacturers—must start planning now, despite the uncertainty around when quantum threats will fully materialize. Plus, Chris Basener shares insights on talent shortages, project management for quantum readiness, and how companies can move from awareness to action. If you're curious about the intersection of quantum technology, cybersecurity, and strategic risk management, you won't want to miss this conversation!

Links

Time Stamps

00:00 Quantum computing and cryptography risks

04:04 Understanding Mosca's Theorem Basics

08:02 Quantum computing in finance

12:10 Concerns about quantum cryptography adoption

15:58 Importance of Strategic Planning

19:30 Challenges of Early Adoption

23:01 Building cyber resilience with agility

26:55 Challenges in Manufacturing Security

28:31 Importance of national security

31:49 Future risks of data security

35:30 Discussing hybrid algorithm security

41:15 Discussing cybersecurity frameworks

43:11 Securing funding through governance

48:47 Creating a post-quantum cryptography course

50:04 Post quantum cryptography course

53:42 Connecting on LinkedIn for courses

In this episode, we're joined by Andre Koenig, a strategic consultant whose work helps governments, investors, and companies worldwide navigate the rapidly evolving quantum landscape. Together, we peel back the layers of hype and misconception around quantum technologies, exploring what it really takes to drive innovation, the intersection of quantum and AI, and why the true transformative power of quantum may still be decades away. Whether you're a scientist, entrepreneur, or simply quantum curious, this conversation offers invaluable insights into the present and future of one of technology's final frontiers.

Links

Time Stamps

00:00 Scaling responsibly within the industry

04:55 Challenges in Implementing Weather Tech

07:45 Understanding Amara's Law in Tech

12:22 AI for quantum computing

14:03 Early adoption of quantum technology

20:34 Cloud services and enterprise technology

21:53 Discussing misconceptions in quantum tech

27:08 Discussing evolution in technology

28:38 Career opportunities in Quantum technology

31:22 Challenges in global collaboration

35:50 Impact of prompt engineering

Today’s episode dives into the electrifying field of power grid optimization with a special focus on Hydro Quebec—a leader in renewable energy innovation.

We’re joined by Sebastien Lussier, Montreal native and quantum and HPC R&D manager at the Hydro Quebec Research Center. Sebastien shares how his team is tackling some of the planet’s most complex grid optimization challenges. Imagine running simulations that currently take thousands of years—completed in under 10 minutes, thanks to quantum computing. From managing hydropower and integrating renewables like solar and wind, to balancing massive power reservoirs and ensuring infrastructure reliability, Sebastien’s team sits at the intersection of AI, HPC, and quantum technologies.

Tune in as we discuss the real-world hurdles of bringing quantum technologies to the energy sector, the importance of collaboration between utilities and researchers, and why being “quantum curious” could future-proof your career—whether you’re a specialist or a systems thinker.

Links

Time Stamps

00:00 Optimizing grid with quantum computing

04:27 Leading a quantum research team

08:28 Optimizing water usage for power

13:35 Managing power plant output

15:30 Exploring quantum computer potential

20:24 Exploring quantum sensors for infrastructure

22:49 Managing unpredictability in climate impact

27:05 Discussing underground infrastructure costs

29:40 Discovering AI and quantum tech

32:38 Importance of soft skills in tech

38:08 Managing tech changes with the team

41:03 Building the quantum tech ecosystem

42:28 Balancing innovation with reliability

47:14 Embracing new tech in R&D

50:14 Challenges in AI deployment

54:01 Balancing innovation and caution

In this episode, we sit down with Dr. Thomas Baker, Canada Research Chair in Quantum Computing for Modeling of Molecules and Materials at the University of Victoria.

Together, we dive into the fundamental differences that set quantum computers apart, the interdisciplinary challenges and breakthroughs in the field, and the real-world hurdles facing quantum’s transition from theory to practicality. Dr. Baker shares how creativity, flexible thinking, and collaboration across physics, chemistry, and engineering are vital to progress in quantum information science—and why learning skills like programming and public speaking still give students an edge. Whether you’re a quantum enthusiast or simply curious about the future of technology, this episode offers accessible insights, advice for newcomers, and candid reflections on where this exciting discipline is headed.

Links

Time Stamps

00:00 Explaining Quantum Computing Basics

03:19 Getting into quantum computing

08:19 Quantum vs Classical Algorithm Testing

11:46 Quantum error correction challenges

13:54 Discussing quantum computing and error correction

20:23 Challenges in interdisciplinary quantum fields

24:05 Comparing qubit types to fuel sources

25:34 Discussing quantum computing concepts

30:57 Challenges of Quantum Information PR

32:05 Adapting talks to different audiences

38:11 Science Meets Parliament experience

38:59 Importance of Funding Quantum Science

45:29 Using Julia for student projects

47:09 Using Julia for easy programming

50:22 Importance of typing and coding skills

53:19 Discussing the Quantum Podcast

Candace and Frank sit down with Charlotte Ovenden, Delivery Lead at Aegiq and a passionate advocate for interdisciplinary collaboration in quantum technology.

With a unique background spanning chemistry, physics, and electrical engineering, Charlotte Ovenden shares her journey from academic research to leading groundbreaking projects in quantum photonics.

Together, they unpack myths about quantum computing, discuss its future alongside classical computing and AI, and explore the practical challenges—and excitement—of scaling photonic quantum systems. Whether you’re a quantum enthusiast, a curious technologist, or just keen to understand what skills will matter in the next era of computing, this conversation offers candid, accessible insights into the rapidly evolving quantum ecosystem.

Links

Time Stamps

00:00 Discovering passion for quantum dots

04:38 Importance of diverse technical skills

06:54 Working as a delivery lead at Age Corp

10:12 Explaining quantum dot behavior

14:30 Developing scalable quantum architecture

18:08 Exciting future of quantum networking

20:58 Ease of quantum computer deployment

25:56 Scalability challenges and solutions

27:37 Balancing team skills for success

30:51 Opening the quantum industry

35:33 Creating entangled states with quantum dots

38:24 Language barriers in quantum computing

40:08 Expanding tech possibilities

46:07 Talking about internet evolution

49:21 Importance of communication skills

51:11 Electric motor's potential explained

54:16 Discussing the quantum podcast

In today's episode, we dive deep into the rapidly evolving world of quantum computing with Tal David, co-founder and CEO of Quantum Art. From the earliest days of quantum theory to the edge of commercialization, Tal David shares insights on technological breakthroughs, scaling challenges, and the journey from academia and government policy to startup innovation.

We explore what it takes to build the world's best quantum computers, the shrinking resource requirements for breaking cryptography, and why now is such an exciting—and pivotal—moment in the quantum industry.

Whether you’re a quantum curious newcomer or a seasoned expert, today’s conversation unpacks the real-world impact, technical nuances, and bold ambitions shaping the future of computation.

Links

Time Stamps

00:00 Career journey and startup motivation

06:32 Origins and development of quantum computing

08:14 Quantum computing advancements

13:18 Scaling challenges in quantum computing

15:41 Hybrid quantum-classical computing systems

19:08 Challenges in developing novel tech

24:48 Stabilizing qubits in a vacuum

27:23 Connecting ions with laser plucking

31:33 Transition from vinyl to digital technology

35:51 Military experience fosters responsibility

38:18 Israel's emphasis on academia and industry

41:21 Future of the quantum industry

44:07 Launching new cloud service

48:56 Candace and Frank's Quantum Podcast

In today’s episode, we’re joined by Sam Kearney, Head of Growth at Haiku, who shares his unconventional journey into the world of quantum technology—proving you don’t need a PhD in physics to make a meaningful impact. Alongside Candice Gillhoolley, we delve into how “careful software for clumsy quantum computers” is helping push the boundaries of what’s possible, discuss the latest on quantum error correction, the intersection of quantum and AI, and the critical roles that curiosity, humility, and diverse backgrounds play in this rapidly evolving field. Whether you’re a quantum insider or simply quantum curious, this episode will spark your imagination about the future of technology and how you can be a part of it.

Links

Time Stamps

00:00 Choosing a job title

05:31 Learning about energy and quantum systems

08:57 Quantum startup boot camp experience

11:35 Focus on quantum error mitigation

15:20 Availability of logical qubits on cloud

19:01 AI and quantum computing convergence

22:07 Targeting top quantum research teams

25:39 Preparing for quantum computing

28:51 Impact of simulations on design

32:21 Exploring careers in quantum tech

34:53 Embracing ignorance in communications

38:51 Networking and reaching out for learning

41:00 Quantum startups and big tech dynamics

45:59 Photonic integration strengths

49:15 Investments in quantum hardware companies

52:13 Concerns about SPACs and investing

53:21 Quantum's estimate on breaking RSA

In this episode, Frank and Candace sit down with computational chemist Mustafa Javaheri to explore how quantum insights are revolutionizing drug design. Together, they unpack the complex process of screening millions of compounds for drug discovery, discuss the unique advantages quantum computing brings to modeling biological systems, and address common misconceptions about the technology.

From the challenges of building powerful quantum hardware to the interplay between AI and quantum chemistry, this conversation shines a light on the present realities and future possibilities at the cutting edge of science. Whether you're fascinated by the promise of faster drug discovery or simply curious about how quantum computers really work, this episode is packed with insights you won’t want to miss.

Links

Time Stamps

00:00 Drug discovery using computational chemistry

04:46 How quantum computers analyze proteins

06:54 Comparing quantum and classical computers

11:47 Current progress in quantum chemistry

17:24 Using lasers and low temperatures

19:03 How quantum computers process information

24:30 Quantum mechanics in drug design

28:22 Supportive mentors and new ideas

32:16 Finding joy in problem-solving

34:49 Importance of quality data in AI

In today’s episode, we’re joined by Michael Kubadoo, co-founder of Alero Quantum Technologies, for an eye-opening discussion about the future of quantum networking and its game-changing impact on security and computing.

We explore what sets quantum networks apart from classical ones, from the physics of entanglement and superposition to the urgent need for security-first principles as this new infrastructure emerges. Michael explains the practical realities and misconceptions around quantum networks, how simulation and hybrid systems are bridging today’s technology with tomorrow’s networks, and why quantum advantages could revolutionize how we think about communication, sensing, and even money.

Whether you’re a researcher, entrepreneur, or simply quantum-curious, this conversation offers a rare look at the frontlines of quantum networking—what it will take to build it, the threats and opportunities ahead, and the collaborative effort required to shape the next generation of secure, interconnected technologies.

Links

Time Stamps

00:00 How quantum networking is evolving

06:09 Quantum networking security basics

07:50 Early doubts about malware immunity

12:11 Preparing for cyber and quantum threats

16:16 Future threats to sensitive data

19:19 Quantum tech and existing systems

20:59 Designing and simulating quantum networks

25:04 Designing hybrid quantum data centers

27:38 Near-term quantum security applications

30:43 Early ideas of quantum money

35:54 Quantum networking hardware innovations

39:50 Advances in quantum sensor networking

42:59 Advances in quantum sensor networks

47:46 Building a quantum networking workforce

50:51 Networking in quantum computing

55:07 Learning about quantum networking

56:21 Cosmic jazz and quantum beats

In this conversation, hosts Frank La Vigne and Candace Gillhoolley sit down with Helena Bahrami, a trailblazing AI and machine learning expert, entrepreneur, and quantum enthusiast currently based in Auckland, New Zealand. Together, they explore the transformative intersection of quantum computing, artificial intelligence, and neuroscience, uncovering how these fields are converging to tackle some of medicine’s toughest challenges—like accelerating drug discovery and finding solutions for neurodegenerative diseases.

Helena Bahrami shares her unique journey from an early fascination with quantum physics to pioneering research at the crossroads of brains, algorithms, and quantum circuits. The conversation also dives into the cultural shifts in STEM, the evolving role of women in quantum science, and the challenges and misconceptions organizations still face when it comes to adopting quantum technology.

Whether you’re curious about the real-world potential of quantum computers, the nuances of interdisciplinary research, or seeking advice on entering this fast-evolving field, this episode gives you an inspiring look at the future of science and innovation. So tune in as the Impact Quantum team breaks down barriers and brings cutting-edge science to life!

Links

Helena's LinkedIn - https://www.linkedin.com/in/helenabahrami/ Watch on YouTube - https://youtu.be/dQF1oy3Frek

Time Stamps

00:00 "AI, Quantum, Neuroscience Innovation"

06:18 From Physics to Quantum AI

08:27 Quantum AI for Precision Medicine

15:23 "Quantum Realm Fades in Classical"

18:21 "Challenges of Spiking Neural Computing"

19:59 "Building Research for Drug Discovery"

24:17 "Barriers to Quantum Adoption"

28:05 "Quantum Optimization in Drug Design"

32:21 "Quantum Computing Revolution in Progress"

34:08 Quantum Models for Drug Testing

37:31 "Passion Shapes Future Careers"

40:38 "Quantum Computing's Broad Future"

46:45 "Quantum Computing: Strategic Considerations"

48:08 "Quantum Computing Challenges and Promise"

In this episode, Frank and Candace speak with guest Samuel Hagh Shenas and they dive deep into the world of quantum research. Samuel Haag-Shinass is a PhD student at Oxford specializing in quantum information theory and quantum computation.

Together, they explore the emerging intersections between quantum computing, artificial intelligence, and biological systems, discussing everything from quantum startups and incubators to the challenges of experimentally verifying quantum phenomena in biology.

The conversation covers the excitement and shifts happening in academia as quantum computing transitions from a purely theoretical discipline to a field with real-world applications. Samuel Haag-Shinass shares his personal journey into theoretical physics, the importance of curiosity and mentorship, and his thoughts on the evolution of quantum research—highlighting the need for interdisciplinary collaboration and a proactive, adaptable mindset in students entering the field.

Tune in for insights on quantum speedup, quantum biology, and the ever-expanding role of AI in quantum technology. Whether you're a seasoned researcher or simply quantum-curious, this episode offers both inspiring stories and practical advice for navigating the rapidly changing landscape of quantum science.

Links

Samuel's LinkedIn - https://www.linkedin.com/in/samuel-hagh-shenas-796b4029a/

Time Stamps

00:00 "Why I Prefer Abstract Thinking"

05:54 Maryland's Quantum Innovation Hub

09:24 Quantum AI and Noisy Data

12:03 The Importance of Mentorship

15:31 Biology: Nature Defying Entropy

17:20 Biology, Complexity, and Quantum Theory

22:37 "Quantum Biology and Computing Evolution"

24:19 "Quantum Computing for Molecular Insights"

29:42 Observing Quantum Phenomena Challenges

33:18 Super-Radiance and Quantum Boundaries

37:10 "Choosing Depth Over Constraint"

40:36 "Mathematics, Science, and Interconnection"

44:17 "80s Documentary Sparks Tech Interest"

47:56 "Evolution of Tech Careers"

50:19 "Embracing Diversity in Development"

53:47 Education's Industrial Era Legacy

56:17 PhD Program Process Explained

In this episode, host Frank La Vigne and co-host Candice Gillhoolley sit down with Danny Wall, the founder, CEO, and CTO of OA Quantum Labs, for an in-depth conversation about the real-world intersection of quantum computing and artificial intelligence.

You'll hear Danny Wall pull the curtain back on how OA Quantum Labs is pushing quantum solutions beyond the research phase and into commercially viable applications. From accelerating AI training and inference to spinning out novel materials at lightning speed, Danny shares firsthand stories about quantum-enhanced breakthroughs in material science, finance, and more.

This episode dives into common misconceptions—like the idea that AI is actually running on quantum computers—and Danny explains the nuanced, current reality: quantum as an incredible mathematical accelerator and enhancement for AI, rather than a full replacement. You’ll also get practical advice for developers, researchers, and investors eager to get started with quantum, and insights on what it really takes to stay ahead in a field moving as fast as quantum.

If you’re curious about how quantum technologies are escaping the confines of the lab and making real commercial impact, this is the episode you’ve been waiting for!

Time Stamps

00:00 "Quantum Labs Driving AI Innovation"

03:31 "Quantum Computing Enhances AI Efficiency"

09:32 Advanced Materials Breakthroughs Revolutionizing Industries

12:58 Quantum Investing: Beyond PhD Pedigrees

15:47 "Quantum, Solutions, and Strategic Investment"

18:05 "Jump Into Quantum Development"

20:27 "Quantum Enhancement for AI Solutions"

25:38 AI Limits and Misconceptions

27:02 "AI Creativity Hack with Roles"

33:16 "Challenges in Quantum Error Correction"

36:37 Quantum Computing's Material Challenges

38:02 "AI Progress Hitting Limits"

42:49 "Quantum Encryption and Neural Networks"

47:19 "Schrödinger's Cat Explained Simply"

48:16 "Quantum Physics Misconceptions Explained"

In this episode, your hosts Frank La Vigne and Candace Gillhoolley dive deep into the rapidly evolving quantum tech landscape of Latin America, with a special spotlight on Argentina. Joined by Daniel Ruiz, founder of QNOW, the conversation explores why Argentina and the broader LATAM region are emerging as surprising global leaders in quantum research, development, and application—particularly in the financial and healthcare sectors.

Daniel Ruiz shares insight into the unique challenges and opportunities for quantum startups in Argentina, from the abundance of technical talent to the barriers around funding, infrastructure, and brain drain. The discussion touches on the entrepreneurial spirit of the region, the role of government and academia, and how LATAM innovators are bringing fresh perspectives to a field often dominated by the US, China, and Europe.

Whether you’re a quantum enthusiast, a tech founder, or simply curious about the global impact of quantum computing, this episode offers an energetic and honest look at the paths, pitfalls, and potential in LATAM.

Stay tuned for practical lessons, misconceptions worth busting, and why the next quantum breakthrough might just come from south of the equator!

Links

https://www.linkedin.com/in/luisdanielruiz-in/https://www.linkedin.com/company/qnow-tech/

Time Stamps

00:00 Argentina's Quantum and AI Landscape

03:52 "LATAM's Quantum Innovation Potential"

07:20 Tech Applications: Finance & Healthcare

13:09 Quantum Computing: Awareness and Investment

18:30 "Unlocking LATAM's Research Potential"

20:52 "Latin America's Growing Tech Potential"

26:36 Quantum-Driven Drug Discovery Process

28:32 "Argentina's Quantum Potential Explored"

32:51 "Quantum Complements Classical Data"

37:41 "Embrace Unique Innovation Identity"

43:14 Quantum Innovation Challenges in Latin America

46:56 "The Right Team Drives Success"

49:15 Global Perspectives on Quantum Tech

In this exceptional episode, we dive deep into the intersection of science and creativity as Wiktor Mazin showcases how quantum fractal art can help us visualize the abstract phenomena of quantum mechanics. You'll hear how fractal mathematics and quantum state vectors come together to create mesmerizing patterns, making the invisible beauty of quantum physics tangible and relatable.

From snowy Baltimore anecdotes to discussions about coastlines and Romanesco broccoli, the team explores how fractals—both in nature and mathematics—reflect the underlying complexity and elegance of the quantum world. We also see how quantum-generated randomness can influence color choices, and how music and poetry are woven into the fabric of fractal art for a truly multi-sensory experience.

Whether you're a scientist, artist, or simply curious, this episode promises to break the mold by blending visual learning, emotion, and aesthetics into one mind-expanding mixdown. Be sure to check out the visuals (and funky glasses!) on YouTube, because this is truly an episode that must be seen and heard.

Links

Watch on YouTube - https://www.youtube.com/watch?v=BiJW419ItPcWiktor's Instagram - https://www.instagram.com/wiktormazin_quantum_art/

Time Stamps

00:00 "Art: A Universal Human Trait"

03:31 "Understanding Vectors and Bloch Spheres"

07:03 "Quantum Fractals: Math Meets Art"

12:22 Quantum Complexity and One Constant

15:23 "Fractal Math and Bloch Sphere"

18:40 "Beauty in Quantum Imperfection"

21:56 "Quantum-Generated Fractals and Colors"

24:34 "Connecting Quantum to Nature"

27:54 Quantum Bird Navigates Balance

34:38 "Quantum Fractals and Coherence"

37:47 "80s PBS Math Lectures"

39:01 "Quantum States Through Creative Expression"

46:24 "Echoes from the Quantum"

51:00 "Quantum Arts and Complexity"

55:24 "Infinity: Art Meets Quantum Fractals"

56:53 "QR Code & Chaos Upstairs"

Today, we dive into the fascinating intersection of design and quantum computing. Our guest, Klem Jankiewicz, Head of Design at Classiq—a leading quantum software company—joins Candace Gillhoolley and Frank La Vigne to explore how creative minds like designers, marketers, and educators are becoming essential players in the quantum ecosystem.

You'll hear Klem Jankiewicz share her journey from industrial design to quantum labs, discuss the importance of intuitive user interfaces, and reveal how visual tools are opening up quantum technology to more people than ever before. She explains why designing for quantum is unlike anything else—there’s no roadmap, and every project is a chance to invent new ways of making this complex technology accessible.

We’ll touch on the evolution of industry culture, hear about groundbreaking projects like Quantum Flytrap, and get tips for anyone thinking about entering the quantum-tech space. Whether you’re a physicist, a developer, or simply quantum-curious, this episode shows why the future of quantum is brighter—and more welcoming—than ever.

Stay tuned as we connect the dots between science, creativity, and the next generation of tech innovation!

Links

Klem's LinkedIn Profile - https://www.linkedin.com/in/klem-jankiewicz/Classiq - https://www.classiq.io/

Time Stamps

00:00 "Quantum Tech: Diverse User Interfaces"

04:20 Journey Through Quantum and Technology

10:51 "Designing Quantum's Uncharted Frontiers"

13:30 "User-Driven Features and Impact"

15:57 "Designing Inclusive Tech Interfaces"

19:43 Designing Visuals for Complex Science

23:04 Collaborating with Physicists is Inspiring

28:26 Interactive Quantum Algorithm Visualization Tool

29:40 Advancing Quantum Circuit Visualization

36:39 "Following Fascination Over Career Paths"

38:36 Unexpected Career Evolution

42:30 Collaborating Across Disciplines

45:32 Explaining Quantum Computing Simply

47:59 "Connect via Classiq or LinkedIn"

In this episode, hosts Frank La Vigne, Candace Gillhoolley, and Ska Guy dive deep into the rapidly evolving world of quantum computing and security with special guest Adam Firestone, CEO and co-founder of Sixera. Adam Firestone breaks down how quantum computing isn’t just changing security—it’s completely upending it, exposing vulnerabilities that many organizations overlook.

We explore the pressing threats posed by quantum computing, including the "harvest now, decrypt later" phenomenon that’s challenging industries to rethink how they protect sensitive information. Adam Firestone walks us through Sixera’s approach to solving the quantum architecture problem, breaking down why new algorithms alone aren’t enough and how decentralization and protocol innovation are key to keeping data truly secure.

Whether you’re a tech startup, a law firm, or just quantum-curious, this episode demystifies the business impact and the practical steps companies should be taking now—not ten years down the line. Plus, we learn about Adam Firestone’s journey from Army officer to systems engineer, tech author, and quantum security pioneer. Tune in for real-world insights, startup wisdom, and a refreshing discussion about making breakthrough technology as easy and intuitive as possible.

Links

Adam's LinkedIn - https://www.linkedin.com/in/adamfirestone/

Time Stamps

00:00 "Secure Expertise Exchange Process"

04:13 "Insecure File Transfers Persist"

09:22 "Post-Quantum Cryptography Standardization"

12:33 "Decentralized Info Security Solution"

15:29 Adaptive Software Solutions

19:58 "Quantum Awareness Growing Rapidly"

23:36 "Data Vulnerability and Cybersecurity"

25:20 "Simple, Familiar, Trust-Building Design"

30:38 "From Underdog to Innovator"

33:24 Startup's Misstep: Grand Solution Pitfall

35:39 "Quantum Computing & Collaboration Impact"

41:09 "Enabling Tasks Through Technology"

41:54 Decentralized Unified Communications Roadmap

45:09 "From History to Modern Tech"

48:22 "Publishing Revolution with Amazon"

51:57 "Building Influence Through Platforms"

55:07 "Connect with Adam Firestone"

In this episode, hosts Frank La Vigne and Candace Gillhoolley sit down with Adhisha Gammanpila, founder and CEO of Feynman—an innovative company making quantum computing accessible for everyone, no PhD required. Together, they dive into the rapidly evolving quantum landscape, discussing how AI-driven copilots are transforming protein simulation, climate modeling, and drug discovery—tasks that used to take months and now can be accomplished in minutes.

Adhisha Gammanpila shares his journey from university research to launching a platform that abstracts away the complexities of quantum gates, letting scientists focus on their real-world problems instead of getting caught up in the technical details. The conversation explores the intersection of quantum and climate innovation, how AI and quantum are powering new solutions, and what it really takes to build meaningful climate tech in today’s world. They also examine misconceptions about quantum's role in climate change, advice for students and entrepreneurs, and look ahead to the breakthroughs that lie just around the corner.

Whether you’re deeply invested in quantum or just curious about its impact, this episode is full of insights into how quantum and AI, working together, are poised to solve some of our biggest challenges.

Links

Adhisha Gammanpila on LinkedIn - https://www.linkedin.com/in/adhisha-gammanpila/

Time Stamps

00:00 "Quantum Computing for Everyone"

04:40 "Building a Quantum Ecosystem"

08:24 "AI-Driven Quantum Computing Copilot"

11:51 "Quantum Chemistry Driving Innovation"

15:10 "Versatile Quantum Coding Platform"

18:17 "Quantum Algorithms for Optimization"

22:49 Emulating Nature for Energy Efficiency

26:03 "Quantum Energy Teleportation Vision"

29:56 "Quantum Computers Misconceptions Explained"

32:01 "Climate Action Starts Locally"

38:06 Sri Lanka's Growing Innovation Ecosystem

39:15 Global Expansion and Collaboration Opportunities

44:15 "Hype, Skepticism, and Innovation"

46:14 "Moving the World Forward"

51:12 "Think Big, Start Small"

52:44 "Gratitude for Today's Discussion"

Today, host Frank La Vigne and guest Candice Gillhoolley dive deep into IonQ’s headline-making billion-dollar acquisitions that are reshaping the quantum landscape. From hardware with Skywater, to quantum networking through Skyloom Global, and even AI-driven software via Seed Innovations, IonQ is assembling a complete quantum ecosystem—building the supply chain of the future, right here and now.

The conversation unpacks the big money flowing into quantum tech, why in-house chip fabrication matters in a world grappling with supply chain vulnerabilities, and what these moves mean for the industry’s evolution. With insights on stock market reactions, defense tech hires, and the urgent quest for quantum-safe security, Frank La Vigne and Candice Gillhoolley explain why the next decade will be defined by quantum preparedness.

Plus, they tease the launch of an inspiring new podcast, Women in Quantum, highlighting diverse journeys into the field and the culture-shaping opportunities ahead. Whether you’re quantum curious or watching markets closely, this episode frames why the quantum age is truly dawning—and why it’s time to start thinking quantum safe!

Links

IonQ to buy SkyWater for $1.8 billion to expand hardware capabilities - https://www.reuters.com/technology/ionq-buy-skywater-18-billion-expand-hardware-capabilities-2026-01-26/?utm_source=chatgpt.com IonQ Finalizes Acquisition of Skyloom Global - https://thequantuminsider.com/2026/01/28/ionq-completes-skyloom-acquisition/From Visibility to Advantage – Building a Quantum-Safe Intelligence Enterprise https://intelligencecommunitynews.com/ic-insiders-from-visibility-to-advantage-building-a-quantum-safe-intelligence-enterprise/

Time Stamps

00:00 "Reflections on Tech Advancements"

03:35 "Securing Semiconductor Supply Chains"

07:49 "Quantum Industry Supply Chain Ambitions"

11:34 Quantum Tech and Security Trends

15:43 "Funny Daycare Story at NIST"

16:55 "Data Protection & Future Predictions"

22:16 "Winter Boots and School Sneakers"

24:03 "Culture Shapes Opportunities"

In this enlightening episode, hosts Frank La Vigne and Candace Gillhoolley are joined by Benita Zazueta, a leader in quantum-safe initiatives at IBM and a doctoral candidate exploring the intersection of quantum risk and supply chain resilience.

Together, the team tackles the looming threat posed by fault tolerant quantum computers—those machines capable of cracking today's encryption and altering the balance of cybersecurity. Benita Zazueta breaks down complex concepts like “harvest now, decrypt later,” and explains how business leaders, not just researchers and engineers, must prepare for a quantum future. The conversation covers practical strategies for organizations to assess vulnerabilities, foster quantum talent, and transform their security posture without causing panic.

Whether you’re a seasoned technologist, a curious executive, or just starting your quantum journey, this episode delivers actionable insights, fascinating anecdotes, and critical leadership lessons from the front lines of quantum innovation. Tune in and discover how to build resilience, not just protection, in the age of quantum breakthroughs!

Links

IBM Quantum – https://www.ibm.com/quantumIBM Quantum Safe – https://www.ibm.com/quantum/quantum-safeQiskit – https://qiskit.org

Time Stamps

00:00 Quantum Threats and Business Decisions

05:34 "Harvest Now, Decrypt Later"

09:53 "Impending Data Decryption Risks"

12:34 Cyber Resilience Against Future Threats

14:48 Preparing for Quantum Encryption Shift

17:59 Quantum-Safe Supply Chain Security

22:42 Quantum Computing Misconceptions Debunked

26:48 "Internet-Dependent Smart Bed Issues"

27:58 "Driving Innovation Through Core Values"

31:23 "Explore Free Quantum Learning Resources"

36:42 "Application Risk Assessment Process"

39:51 "Securing Supply Chain Software"

41:47 "Quantum Computing's Impact and Race"

48:02 "Ethical Hacking in Perspective"

52:10 "Aerospace Engineer's Flight Story"

55:49 "Quantum Podcasts: Breaking the Mold"

In this episode, hosts Frank La Vigne and Candace Gillhoolley sit down with James Davies, founder of Embedded Electronics Recruitment Solutions, a specialist in quantum technology recruitment. Together, they explore how quantum is making its way out of the lab and into the real world, and discuss the challenges and opportunities facing companies as they race to hire quantum specialists and consultants.

From quantum’s role in defense and communications, to the innovations happening in sensing and computing, James Davies shares his insights on current hiring trends and how the talent landscape is shifting as quantum startups accelerate. The conversation also takes a deep dive into the sociological changes happening within the industry, the growing influence of government and national security concerns, and the bigger picture: how quantum could help solve some of society’s most complex challenges—from resilient supply chains to fusion energy and beyond.

Whether you’re a tech enthusiast, a recruiter, or just curious about the future, this episode will give you a front-row seat to the quantum revolution—and show why you don't need a PhD, just a sense of curiosity, to be part of it.

Sponsors

Free Audio book from Audible - https://qrcodes.at/freeaudiobookOpus Video Clips - https://www.opus.pro/?via=f419e6Quantum Sales Playbook (affiliate) - https://www.amazon.com/dp/B0FR5YGFDR?tag=datadrivenm0e-20

Books Mentioned

All links below are Amazon affiliate links and help us keep the show awesome.

Antifragile - https://amzn.to/3ZlELg0Titan: The Life of John D. Rockefeller, Sr. - https://amzn.to/4qpTe6F

Links

Embedded & Electronics Recruitment Solutions -https://eerec.com/Embedded & Electronics Recruitment Solutions (LinkedIn) -https://www.linkedin.com/company/embedded-electronics-recruitment-solutions/James' LinkedIn Profile - https://www.linkedin.com/in/quantum-recruitment-specialist/

Time Stamps

00:00 Quantum Consulting: The Next Frontier

06:19 Consultants Bridging Quantum Tech Gap

08:10 Quantum Defense and Communication Trends

14:07 Collaborative Competition in Quantum Technology

15:22 "Semiconductor Secrecy and Hiring Pacts"

19:54 Startup Success: Exit vs Growth

24:30 "Quantum Technology Revolution Insights"

26:54 "Quantum Computing, Paranoia, and Privacy"

30:01 "Uncertainty, Influence, and Money Talks"

31:42 Quantum Tech Integration Insights

35:59 "Fragility of Key Industries"

39:24 "Achieving Fusion Energy Solutions"

43:04 "Technologies Shaping the Future"

45:03 "Quantum Mechanical Revolution Unfolding"

49:21 "Oil's Shift to Transportation"

53:37 "Exploration Limits: Science vs. Ambition"

54:48 "Viable Space Travel Technology Discussion"

In this episode, Frank La Vigne and Candice Gillhoolley are joined by Geoff Anders, CEO of Leverage and co-founder of the Quantum Biology DAO, to explore how quantum physics is rewriting what we know about everything from photosynthesis to animal migration, and even human health.

From the way birds might sense the Earth’s magnetic field, to the evolving research around how weak magnetic effects could impact growth and development, we’ll unpack real-world experiments and the fascinating theories behind them.

But it’s not just about the science—the conversation also tackles how scientific funding is being disrupted through decentralized organizations like DAOs, empowering new voices and opening up fresh possibilities for investigative research.

Whether you’re a curious mind or a science enthusiast, this episode promises eye-opening insights into how quantum effects could be hidden in plain sight in everyday biology—and what that could mean for the future of medicine, technology, and our understanding of life itself.

So get ready to challenge your perceptions and join us as we explore quantum biology’s promise, puzzles, and potential breakthroughs on this episode of Impact Quantum!

Time Stamps

00:00 Decentralized Science and DAOs

05:16 "QBIO Governance Tokens Explained"

09:35 "Quantum Biology and Photosynthesis"

12:55 "Magnetism's Biological Puzzle"

16:05 "Quantum's Role in Biology"

17:47 "Quantum Effects in Biology"

20:35 Exploring Unseen Connections

25:34 "Exploring Unconventional Hypotheses"

28:32 "Mesmerism and Franklin's Investigation"

33:16 "Science, Tradition, and Healing"

34:44 "Ball Lightning: Unverified Encounter"

38:42 "Bird Navigation: Magnetic Field vs. Memory"

43:13 "Electromagnetic Fields and Biology"

45:01 "Magnetic Fields and Evolution"

48:18 "Challenges in Quantum Biology"

52:00 "Quantum Biology and Radiation Reduction"

57:52 "Advancing Science with Leverage"

58:52 "Quantum Podcast: Bold & Gold"

In this episode, Frank La Vigne and Candice Gillhoolley are diving into what’s actually working—and what’s just hype—in the world of quantum computing. Today, they’re joined by Abhigyan Mishra, Quantum Director and co-founder of Rune Technology, for an enlightening conversation on real-world quantum advantage, especially in the finance sector.

You’ll hear how Abhigyan Mishra and his team are merging AI with quantum approaches to tackle market intelligence in innovative ways, and why being “quantum-ready” might be more important than you think. He breaks down why quantum won’t solve every problem, how to spot when quantum truly creates value, and why intuition—and not just math—is key for those curious about breaking into the field. Plus, we get practical advice for aspiring quantum engineers, a candid look at quantum’s adoption curve in finance, and what real ROI from quantum could look like in the next decade.

Whether you’re a quantum newbie or a seasoned tech enthusiast, this episode will give you a fresh, accessible perspective on where quantum tech is now—and where it’s really heading.

Time Stamps

00:00 "Quantum-Enhanced AI for Scalability"

06:27 AI Missteps in Finance

09:47 "Ethics Follows Technology Adoption"

12:16 "Data Complexity and Approximations"

15:58 "Navigating Quantum Learning Challenges"

20:18 "Quantum Computing: Start with Intuition"

23:50 Quantum Computing: From Struggle to Progress

25:36 "Future of Quantum: What's Next?"

29:29 "Introducing Quantum Tech in Education"

33:25 "Rethinking Entropy and Insights"

37:37 "Quantum Mechanics: Confusing Yet Fascinating"

41:44 "Problem-Solving in Quantum Computing"

43:35 Building a Quantum Team Philosophy

47:41 "Cloud Access Drives Quantum Innovation"

51:44 "Embracing Quantum Computing's Potential"

Welcome to a special, festive edition of Impact Quantum! In this episode, Frank La Vigne and Candice Gillhoolley come together for a lively live-streamed conversation, celebrating the launch of the Impact Quantum Advent Calendar—a creative twist on the traditional highlights reel. Instead of the usual show format, the hosts highlight some of the most memorable moments from their groundbreaking third season, which saw both the podcast’s popularity and the quantum industry itself hit new highs.

Tune in as Frank La Vigne and Candice Gillhoolley reflect on fascinating quantum developments from the past year, share behind-the-scenes stories, and discuss the making of their unique advent calendar filled with daily clips and insights. From quantum biology to quantum sensing and everything in between, this episode is bursting with curiosity, contagious enthusiasm, and plenty of holiday cheer.

Whether you’re an avid listener or new to the quantum conversation, there’s no better way to wrap up the year and get ready for all the exciting things coming in season four. Happy holidays from the Impact Quantum team!

Links

https://impactquantum.com/adventcalendar/

Time Stamps

00:00 "Impact Quantum Advent Calendar"

06:23 "Episode Highlights and Full Link"

08:18 "Project Progress and Challenges"

13:17 "Quantum Biology and Scent Similarities"

16:26 "Quantum Planting's Emerging Potential"

21:08 "Broken French and Family Tales"

21:47 "Old Mower for Tiny Lawn"

26:16 Nvidia Robotics Deal Anecdote

31:06 AI and Quantum: Fascinating Progress

32:02 "Holiday Special Podcast Episode"

In this episode, Frank La Vigne and Candace Gillhoolley are joined by Mahmoud Sabooni, lead quantum processor engineer at Open Quantum Design (OQD). Today’s conversation takes us to the snowy landscapes of Canada and deep into the heart of quantum hardware—specifically, the fascinating world of trapped ion systems.

Mahmoud Sabooni shares insights from his experience in both academia and industry, explaining how OQD is pioneering open-source quantum hardware and what “full stack quantum computing” really means. The episode covers the differences between trapped ions and other quantum computing platforms, the challenges of scaling these systems, and how open hardware might accelerate innovation by bringing transparency and collaboration to quantum research.

Whether you’re just beginning to explore quantum technology or already knee-deep in atomic physics, this discussion breaks down complex concepts and reveals the practical sides of building and maintaining quantum computers. Get ready for a deep dive into cutting-edge hardware, workforce development in quantum, and visions of how quantum technologies will impact our everyday lives.

Time Stamps

00:00 Quantum Hardware to Computing Journey

03:49 Open-Source Quantum Computing Initiative

07:28 Open-Access Benchmark for Machines

13:31 Collaborative Scientific Resource Sharing

15:31 "Quantum Computing Full Stack Layers"

18:20 Quantum Computing Challenges Explained

21:31 Ionized Atom Trapping Explained

25:55 Scaling Quantum Computing Challenges

27:51 Quantum Benchmarking Across Platforms

33:12 Physics and Engineering in Optics

35:34 "Builders vs. Users Explained"

38:53 "Optimizing OQD Stability and Efficiency"

43:29 "Quantum Technology in Daily Life"

46:42 "Atom Precision Mind-Boggler"

48:40 "Industry vs Academia Mindset"

51:45 "Highest Paid Person's Opinion"

Welcome to a new episode of Impact Quantum! In today’s show, host Frank La Vigne and co-host Candice Gillhoolley dive deep into the fascinating world of quantum chemistry with special guest Natasa Nadoveza, who recently completed her PhD in this cutting-edge field. Together, they unpack what nuclear quantum dynamics is, explore its significance in understanding molecular processes, and discuss how quantum-level simulation could revolutionize industries ranging from medicine and drug discovery to energy and materials science.

Throughout the conversation, you’ll hear about the very real challenges of translating theoretical breakthroughs into practical tools, especially when it comes to scaling simulations beyond simple molecules. Natasa Nadoveza shares her journey from chemistry student to quantum researcher, and reveals some of the surprising quirks and behaviors of molecules when you look at them through a quantum lens.

Whether you’re quantum-curious or a science enthusiast, this episode will ignite your imagination with stories about catalytic processes, energy transfer, and even the quantum mysteries behind everyday things like color, smell, and photosynthesis. If you’ve ever wondered what it takes to run a multi-step simulation on a supercomputer, or how science—especially quantum science—continues to challenge our understanding of the world, you’ll find plenty to geek out over in this illuminating discussion!

Time Stamps

00:00 "Impact Quantum: Quantum Chemistry Insights"

05:22 "Methane Study Challenges in Theory"

07:45 Quantum Effects and Drug Discovery

11:44 "Catalysts: Reducing Energy Barriers"

14:46 Molecular Bond Simulation Insights

18:31 Quantized Energy in Molecules

24:01 Quantum Effects and Everyday Relevance

25:16 Quantum Chemistry and Reactivity Essentials

29:24 Heat and Electrical Conductivity Explained

31:37 "Challenges of Running Simulations"

36:30 "Challenges in Intuitively Learning Quantum"

39:44 "Data Compression Challenges in Simulation"

42:19 "Exploring Industry vs. Academia"

In today’s episode, hosts BAILeY, Frank La Vigne, and Candace Gillhoolley sit down with experimental quantum physicist Katanya Kuntz—a pioneering voice who’s bridging the gap between Earth and space through her work with the Quantum Encryption and Science Satellite (KEYSAT).

Get ready to dive into the foundations of a quantum internet and learn how tomorrow’s secure communications might depend on orbiting lasers. We’ll unravel the challenges of sending quantum information across continents, explore the wild differences between classical and quantum tech, and ask why, perhaps, your own body is already home to quantum processes. From safeguarding cybersecurity to pondering quantum consciousness, this episode takes you on a journey across photons, probability, and the cosmic threads connecting us all.

So settle in and prepare to get entangled with Impact Quantum—where science fiction meets science fact, and curiosity reigns supreme.

Special Offer

Qubo Consulting website: https://quboquantum.com/

NAIT-Qubo Quantum for Executive Certificate: https://www.nait.ca/nait/continuing-education/programs/quantum-for-executives

NAIT-Qubo Quantum for Engineers Certificate: https://www.nait.ca/nait/continuing-education/programs/quantum-for-engineers

Limited time 10% discount offer on NAIT-Qubo Online Courses: NAITQUBO10

Learners can email NAIT directly for more information: melissah@nait.ca

Time Stamps

00:00 Quantum Computing: Internet of Photons

04:06 "Quantum Communication Challenges Explained"

08:39 "Quantum Photons and Detection"

10:20 "From Classical to Quantum Computing"

14:22 "Explaining Quantum Physics Simply"

18:15 "Quantum Encryption Challenges Explained"

20:24 Quantum Systems for Accurate Modeling

24:32 "Quantum Sensors for Navigation"

28:00 Quantum-Classical Boundary Experiments

29:26 Quantum Collapse Measurement Insights

34:58 Academic Vs. Tech Conference Blend

38:28 Quantum Computing Risks and Security

39:26 Quantum Computing for Optimization Problems

44:51 Quantum Systems for Energy Optimization

47:03 "Synchronized Light Emission"

50:28 "Real Genius Movie Recap"

54:49 "Quantum Communication Unraveled"

Welcome back to Impact Quantum—the show that proves you don’t need a PhD or a lab coat to dive into the world of quantum technology. In this episode, hosts BAILeY, Frank La Vigne, and Candace Gillhoolley are joined by returning guest Brian Lenahan, founder and chair of the Quantum Strategy Institute and prolific author on business adoption of quantum technologies.

Together, they explore how quantum computing is reshaping business risk, the surge in national quantum strategies (especially in Canada), and what real quantum readiness looks like for enterprises today. Brian Lenahan shares practical ways organizations can start building their quantum literacy—even if they aren’t physicists—and discusses the industry’s “anti-hype” movement. The conversation also covers the evolving landscape of quantum workforce diversity, policy, ethics, and the game-changing intersection of AI and quantum computing.

Whether you’re just curious about quantum or you’re strategizing how it fits into your business plans, this episode is packed with expert insights to help you navigate the quantum frontier.

Links

Time Stamps

00:00 "Quantum Tech Business Adoption Focus"

05:26 Prioritizing Risk in Quantum Security

07:56 Quantum Computing: Risk and Opportunity

10:03 "Quantum Tech: Insights and Strategies"

13:54 Quantum Adoption Timeline Challenges

17:20 Quantum Impact and Accuracy Challenges

22:57 Quantum Tech: Focus on Impact

27:07 Global Ethics in Quantum Technology

29:54 Hybrid Systems: Quantum Meets Classical

31:43 Quantum Tech: From Research to Demand

37:32 Quantum Computing via Cloud Platforms

40:36 AI Efficiency and Human Supervision

43:38 AI-Quantum Investment Scalability Challenges

47:23 "Big Pharma's Research Challenges"

48:41 Solar Panel Efficiency & Storage Challenges

52:37 "Impact Quantum: Thanks Brian!"

Welcome to a special crossover episode of Impact Quantum, where we dive straight into the action from the floor of Nvidia GTC in Washington, D.C.! In this episode, hosts Frank La Vigne and Candace Gillhoolley take you behind the scenes of one of the tech world’s most exciting conferences—from AI-driven robots and GPU-powered supercomputers to a surprising amount of quantum computing buzz.

Join us as Frank shares his firsthand experiences, including the latest hardware reveals, government involvement, unique swag, and even the cosplay antics of attendees impersonating Nvidia’s CEO. Candace and Frank also unpack the growing intersections of AI, quantum computing, robotics, and national security, while highlighting the importance of adaptability and lifelong learning in the face of rapid technological change.

Whether you’re a seasoned technologist, a quantum curious newcomer, or just here for the epic robot sightings, this episode is packed with insights, laughs, and actionable advice for navigating a future shaped by emerging technologies. Hit play and get ready for a front-row look at the innovations, opportunities, and human stories fueling the data-driven quantum revolution!

Links

Time Stamps

00:00 Nvidia GTC Highlights

03:36 "AI, Quantum, and Innovation"

09:15 "Robots, Shorts, and Streaming Woes"

11:43 Digital Twins Attract Buzz

13:56 DGX Bars: The Hot Giveaway

19:10 Career Shifts in Tech

23:05 From Publishing to Tech Transition

24:43 "Quantum, Satellites, and Lasers"

29:01 "Nvidia as Defense Contractor"

32:25 Tech Innovations Powering the Future

34:59 AI & Quantum Computing Insights

37:37 "Quantum Networking Revolution Explained"

42:18 "Unique Tech-Security Conference Highlights"

46:05 "Re-recording for Authenticity"

49:26 "Learning from a System Launch"

50:33 "Quantum Impact for Innovators"

Welcome to Impact Quantum, where curiosity meets real-world quantum insight! In this episode, we sit down with Dr. Bob Sutor—yes, the Bob Sutor—author of "Dancing with Qubits" and CEO of the Sutor Group Intelligence and Advisory. With decades of experience in computing, Bob brings a rare blend of wisdom, clarity, and wit to the conversation.

Join us as we dive deep into the rapidly evolving quantum industry. We uncover why there are 85 quantum hardware companies (and why that number is likely to shrink), debate the eternal hype cycle versus real breakthroughs, and explore why quantum computing careers might just be tailor-made for today’s teenagers. Along the way, you’ll learn about the shifting balance between classical and quantum coding, get candid advice on navigating technical press releases, and hear how the software revolution could soon outpace hardware innovations in quantum—just like it did in the early days of the PC industry.

Whether you’re a seasoned quantum pro or new to the field, this episode will leave you smarter, more skeptical, and certainly more quantum curious.

Grab your headphones and get ready for an engaging, down-to-earth exploration of quantum tech’s future!

Links

Dancing with Qubits - https://www.amazon.com/dp/1837636753?tag=datadrivenm0e-20

Time Stamps

00:00 "Impact Quantum: Exploring Qubits"

05:03 "Learning Qubits Without Physics"

09:40 "AP Physics, AI, and Choices"

13:14 Quantum Hardware and Academic Persistence

15:02 Quantum Computing Market Shakeout

20:07 "James Webb Telescope Collaboration"

21:20 Quantum Integration Challenges

25:55 "Identifying Buzzword Headlines"

29:55 "Early Stage Investing Insights"

32:15 "Transitioning to Quantum Leadership"

37:34 "Reproducibility in Research Results"

38:41 Quantum Computing: NISQ to Fault Tolerance

44:40 "Moore's Law and Tech Evolution"

46:56 "Dancing with Cubits Journey"

51:16 "Young Minds Embrace Quantum Computing"

52:26 "Nostalgia and Evolving Media Trends"

56:31 Quantum Industry News Aggregator

58:46 "Quantum Insights with Dr. Souter"

On this episode of Impact Quantum, we dive into the visionary world of Sanjay Chittore, founder of Quantum AI Global and QLabs, who’s on a mission to bring quantum theory out of the realm of science fiction and into real-world applications.

Joined by host Frank La Vigne and the wonderfully quantum-curious Candice Gillhoolley, we unravel common myths about quantum computing—like whether you really need a quantum computer to build quantum products—and explore the massive impacts quantum technology is poised to have on everything from healthcare diagnostics to next-generation memory and sensing.

Sanjay shares his journey from startup success through the pandemic to his self-driven deep dive into quantum and AI, revealing why he believes the future hinges on the synergy of quantum physics and electronics, rather than the traditional computing and electronics combination. Prepare to have your assumptions challenged as we discuss what makes quantum so secure, so fast, and so revolutionary—plus real-world examples like quantum memory, quantum sensors in healthcare, and the bold dreams that keep this field moving forward.

Whether you’re a scientist, entrepreneur, or just quantum-curious, this episode offers inspiring insights into how today’s breakthroughs could transform industries and everyday life. Buckle up—things are about to get entangled!

Time Stamps

00:00 Quantum-AI Product Integration Company

04:36 "AI Focus Led to Quantum"

08:20 Quantum Discovery and Einstein's Doubts

10:49 "Futuristic Startups: Embrace Risks"

16:04 "Quantum Computers Lack Storage"

19:15 "Quantum Sensors: Superior Precision"

22:39 "Quantum Sensor for Cancer Detection"

24:48 "Quantum Sensors and Cryptography"

28:43 "Quantum: Infinite Between Ones, Zeros"

31:50 "Unhackable Quantum Qubits Explained"

34:52 "Solving Maze Navigation"

38:38 "Quantum Efficiency Simplified"

43:19 "Supporting PhDs in Industry"

45:02 India's First Quantum Cryptography Product

47:42 "Classical to Quantum Conversion"

53:40 Quantum Revolution: Theory to Reality

54:19 "Bailey's Quantum Farewell"

On this milestone 30th episode of Impact Quantum Season 3, hosts Frank La Vigne and Candace Gillhoolley are joined by Vyom Patel, a master’s student at the University of Waterloo—often described as the MIT of Canada.

This episode dives into Vyom’s journey from machine learning to the cutting-edge challenges of quantum algorithms and quantum error correction. Together, they unpack the common misconceptions around quantum computing, reveal the importance of strong mathematical foundations, and discuss the very real risks and rewards of working in a nascent, rapidly evolving field.

Vyam shares how he filters through the hype, stays up-to-date with the latest research, and why mentorship (both giving and receiving) is crucial in this space. Whether you’re just quantum-curious or already obsessed with superposition, this episode promises insights, laughter, and plenty of motivation to get quantumly curious yourself!

Links

Time Stamps

00:00 "Exploring Quantum Computing's Interdisciplinary Appeal"

04:10 Quantum Computing: Curiosity and Claims

08:19 Trusting Academic Sources First

11:44 Efficient Paper Skimming Techniques

16:52 Quantum Computing for Differential Equations

20:03 Quantum Matrix Encoding Challenges

24:10 Foundations of Cryptography and Error Correction

27:15 The Future of Quantum Education

29:23 "Foundations Key to Tech Progress"

34:04 Math Mentorship and Research Program

37:13 "Demystifying Quantum Mechanics for Beginners"

40:57 Quantum LDPC Codes Appeal

43:17 "Evolution of Error Correction"

46:26 Quantum Computing Race: Architecture's Future

49:19 Future Plans: Technical Blog Creation

Welcome to Impact Quantum, the show that brings quantum computing down to Earth—no PhD required, just curiosity and a love for tech that's just a bit mind-bending. In this episode, hosts Frank La Vigne and Candace Gillhoolley are joined by special guests David Isaac, co-founder of Abaqus (yes, with a Q, because quantum startups can’t resist!). Together, they dive into the fascinating intersection of quantum computing and finance.

You’ll hear firsthand how quantum technologies are poised to reshape the fintech landscape, from portfolio optimization and anomaly detection to the prospects of quantum AI. The crew breaks down what problems quantum is best at solving today, what’s still on the horizon, and why the adoption curve is as much about culture as it is about code. Expect lively detours on everything from crypto and cybersecurity to how quantum machines might one day complement our everyday devices (but probably won’t replace your iPhone anytime soon).

Whether you’re a quantum enthusiast, a fintech pro, or just quantum-curious, this episode will leave your brain buzzing with possibilities. So get comfy, and let’s get quantum curious together!

Links

Time Stamps

00:00 Quantum Computing in Financial Optimization

06:04 Quantum Computing Trends in Fintech

07:49 Quantum Technology Revolutionizes Finance

13:31 "Quantum Computing's Theoretical Father"

15:26 Computers: Diversified Future Analogies

19:49 Growing Panic Over Quantum Cyber Threats

23:40 AI & Quantum: Exciting Yet Frightening

25:55 Misconceptions About Quantum Utility

28:06 Boson Sampling's Future Uncertain

33:50 "Big Banks Lead Quantum Finance"

35:11 Building a Toy RBM Model

37:43 Cloud Services Empowering Innovation

41:40 Global Quantum Development Overview

46:07 AI Disrupts Traditional Consulting

49:33 Quantum Breakthrough in Cancer Research

50:26 "Math: Key to Solving Problems?"

54:15 Physics' Influence on Finance

On this episode of Impact Quantum, we beam into the heart of France’s quantum revolution with special guests Sabine Mehr, Chief Quantum Projects Officer at GENCI, and Félix Givois, Quantum Computing Projects Engineer.

Join hosts Candace Gillhoolley and Frank La Vigne as they unravel how France is building a vibrant, government-backed quantum ecosystem—powering everything from photonic quantum processing units and neutral atoms to national strategies that foster collaboration across startups, academia, and industry.

Discover how public-private partnerships fuel innovation, why France is betting on a diverse range of quantum technologies, and what all this means for the future of high-performance computing and industry disruption worldwide.

Whether you’re quantum curious or deeply invested in the field, this episode is your ticket to understanding France’s bold ambitions and the collaborative energy setting Europe apart in the quantum space. Grab your virtual croissant and get ready to launch into the next wave of tech transformation!

Links

GENCI - https://www.genci.fr/en

Quantum Sales Playbook - https://amzn.to/3KJPhJY

Timestamps

00:00 French HPC Agency Overview

06:21 "Quantum Computing Initiatives Discussed"

08:46 Advancing Quantum Tech Commercialization

11:07 Diverse Tech Investment Strategy

15:35 Paris Region Quantum Initiative Progress

19:38 Thriving Software Ecosystem Expansion

23:09 Quantum Computing: Future and Speculation

24:49 Quantum-AI Challenges and Delays

28:22 European Quantum Computing Collaboration Network

30:30 Connecting Quantum and HPC Communities

33:38 "Emerging Markets in New Revolution"

39:05 "Quantum Computer Emulation Benefits"

40:45 Public-Private Quantum Collaboration Trends

46:28 Diverse Solutions in Quantum Computing

47:46 Excited About France's Startup Scene

50:39 Selling Quantum: Focus on Outcomes

Welcome to a special edition of Impact Quantum!

In this episode, we unlock the latest breakthroughs in our dazzlingly data-rich quantum industry reports. Whether you’re a seasoned qubit wrangler or just quantum-curious, there’s something here to energize your imagination.

Join Frank La Vigne and Candice Gillhoolley as they reveal how quantum technology is leapfrogging from theory to real-world industry applications. From deep dives into sector trends like energy, pharma, finance, and defense, to behind-the-scenes looks at tools like their interactive network graph visualization, you’ll get a first-hand view of where quantum is headed and why it matters.

Plus, discover tips on quantum sales, learn about new community resources—including a soon-to-launch Quantum Bookshelf—and get plugged into the latest updates from the quantum ecosystem.

Ready to see the future? Buckle up, because Impact Quantum is where data meets destiny, and the industrial quantum revolution is already underway.

Links

Time Stamps

00:00 Global Quantum Readiness Insights

05:49 Tesla Battery Material Optimization

09:19 "Excitement in Vibe Coding"

12:03 "Sell Solutions, Not Technology"

13:40 Free Offer for Startup Hubs

20:10 Gaming Dilemma: Video Card Quandary

21:06 Portable High-End Mini PC

26:58 "Explore Our Extensive Video Content"

28:35 Quantum Data's Moment in Spotlight

Welcome to Impact Quantum, the podcast where career paths are anything but straight lines and curiosity is the ultimate quantum skill. In today’s episode, hosts Frank La Vigne and Candice Gillhoolley are joined by the extraordinary Christopher Bishop—TEDx speaker, futurist, deep tech MC, and host of Qubit Confidential—whose eclectic journey has taken him from performing on stage with rock legends like ZZ Top to driving innovation at IBM, and now delving deep into the world of quantum technologies.

Together, they explore the rapidly evolving landscape of quantum careers—the surprising roles you didn’t know exist (or will exist soon), how to transition into this transformative field, and why the right mix of adaptability, lifelong learning, and even a solid LinkedIn profile might be the keys to success in the quantum workforce. Christopher draws on his own nonlinear, multi-career trajectory to inspire listeners to embrace reinvention, leverage transferable skills, and dive headfirst into opportunities at the intersection of technology, business, and creativity.

So, whether your CV looks like a Jackson Pollock painting or you’re just quantum-curious, this episode is packed with practical advice, industry insights, and plenty of wit. Grab your favorite beverage and get ready to ponder a future where the only constant is change—and possibility.

Time Stamps

00:00 "Exploring Future Quantum Careers"

05:05 "Career Journey: From Agencies to Author"

09:56 Evolving Careers Through Technology

12:29 Essential Roles in Quantum Startups

15:39 Quantum Computing Epiphany at AI Conference

19:16 "Past Tech vs. Future Innovations"

23:52 Quantum Security Innovations Expand

27:45 Emerging Quantum Networking Revolution

30:20 "Cryptanalysis: Key Distribution Weaknesses"

34:27 Lifelong Learning Approach

36:08 "Invisible Technology"

40:47 Vertical-Specific Business Solutions

44:10 Networking and Conversation Strategies

48:31 Deep Tech MC: Quantum Tech Speaker

49:57 "From Bass to Quantum Bits"

Welcome to Impact Quantum, the podcast where curiosity meets cutting-edge technology and quantum concepts get untangled for everyone—no physics PhD required. In this episode, hosts Frank La Vigne and Candace Gillhoolley sit down with Clark Alexander, mathematician, quantum thinker, co-founder of Enerjuice, and self-proclaimed flaneur. Together, they dive into the unexpected intersections of quantum computing, artificial intelligence, and the energy markets.

Clark shares insights from his recent experience as a juror at Egypt’s first national quantum hackathon, unpacks the real-world energy demands of quantum hardware, and challenges some industry assumptions about quantum advantage and supremacy. From the complexity of electricity markets and the astonishing mathematics behind power grids to the philosophical depths of algorithmic breakthroughs and cyber security, you’ll get a front-row seat to some spirited debate, practical analogies, and a few SAT-worthy vocabulary words.

Whether you’re fascinated by the future of quantum tech, curious about the energy powering your electric bill, or just want to learn why you can’t build a Lego tower to the moon, this episode delivers sharp opinions, relatable explanations, and just the right amount of existential crisis—perfect for anyone eager to explore where quantum theory meets real-world impact. Grab your coffee and get ready for an illuminating journey across the quantum landscape!

Time Stamps

00:00 "Quantum Computing: Beyond Algorithms"

03:40 Egypt's First National Quantum Hackathon

08:25 Quantum Computing: Efficiency vs. Precision

10:13 Key Measures in Modern Computing

16:44 Quantum Hardware for Specialized Problem Solving

17:28 Google's Willow Chip & F1 Insights

23:16 "Quantum Annealing vs. Gate Computing"

24:19 Quantum Annealing and D-Wave's Specialty

29:46 "Infinite Algorithmic Possibilities"

31:43 "Brilliant Inverse Square Root Trick"

36:43 Clueless: Science Program in Mexico

40:07 Transition to Industrial Mathematics

43:14 MISO: Energy Flow and Pricing

45:59 Electricity Pricing Optimization Challenge

50:24 Understanding Electricity Markets

51:46 Impact Quantum Wrap-Up: Math & Qubits

Curious about what really goes on behind the scenes in quantum computing—beyond the hype, buzzwords, and complex jargon? This episode of Impact Quantum is your ticket to the inner workings of the industry, as hosts Candace Gillhoolley and Frank La Vigne, along with our semi-sentient host BAILeY, sit down with Princeton PhD physicist and Quantum Machines’ customer success lead, Kevin Villegas Rosales.

Kevin takes us on a journey from his early fascination with the “very small things” in physics to his hands-on role helping university labs, startups, and companies tackle the real-world challenges of quantum hardware. We’ll demystify what customer success means in this high-tech space (hint: it’s worlds more complex than resetting a router), explore the unique misconceptions non-physicists might have about quantum technology, and chat about the critical interplay between classical and quantum computing.

Along the way, Kevin sheds light on the growing intersection of AI and quantum, offers advice for aspiring quantum professionals and those from other fields, and shares his ongoing curiosity about the calibration and usability of quantum systems. Whether you’re deep in quantum research or simply quantum curious, this episode promises insight, inspiration, and a healthy dose of humor.

So grab your Schrödinger’s snacks and get ready to unravel the mysteries of the quantum realm—no PhD required!

Time Stamps

00:00 "Decoding Quantum Computing Mysteries"

03:55 Quantum Machines: Customer Success Role

10:43 Choosing Quantum over Traditional Paths

13:32 Quantum Mechanics in Everyday Tech

17:58 "Quantum Computing Needs Software Engineers"

19:50 Pursuing Careers in Quantum Computing

22:39 "Question and Verify Information"

29:17 Mastering Fundamentals for Quantum Computing

31:33 "Quantum and AI: Divergent Paths"

35:17 "Challenges in Simulating Quantum Computers"

39:02 Open Source Collaboration in Physics

41:53 Solar Advancements and Quantum Computing

46:45 "Quantum Calibration Challenges"

50:21 Mentorship: Knowledge Sharing & Inspiration

54:32 Quantum Computing: Clarity Amid Entanglement

55:46 Impact Quantum Signs Off

Welcome back to Impact Quantum, the show where curiosity meets the cutting edge of quantum computing—and you don’t need a PhD to keep up. In this episode, our hosts Candace Gillhoolley, Frank La Vigne, and BAILeY are joined by Michael Magid, a doctoral candidate at Binghamton University, whose research sits at the crossroads of system science, quantum artificial intelligence, and quantum information theory.

Together, they travel from the suburbs of Westchester County to the coldest corners of quantum labs, exploring the reality of what qubits can (and can’t) do, the biggest misconceptions surrounding quantum computing, and how global collaboration—and COVID-19—shaped the quantum landscape. Michael breaks down the complexity of quantum for both newcomers and advanced listeners, sharing insights on education, AI-powered learning tools, and how to get started in this rapidly evolving field.

Tune in as we demystify quantum jargon, discuss how quantum might revolutionize medicine, and examine the ethical and practical challenges ahead. Whether you’re quantum-curious or already knee-deep in the field, you’ll find inspiration and tangible advice for contributing to the quantum future, all while learning why, when it comes to qubits, it’s normal to leave with more questions than answers.

Timestamps

00:00 Quantum AI Systems Science

05:20 Understanding Quantum: A Beginner's Journey

09:42 ChatGPT: Tool with Limitations

13:28 Quantum's Potential to Solve Problems

15:50 "Quantum Solutions for Efficiency"

18:08 "Shor’s Algorithm and Quantum Impact"

21:01 Quantum Computing Delays Explained

26:33 IBM and Moderna in Quantum Healthcare

29:47 Undisclosed Tech Innovations Impact Discussion

30:40 Leading Quantum Research Companies

36:43 Exploring Quantum Innovation Opportunities

37:48 Focus, Adapt, and Optimize Skills

41:09 Exploring Quantum Solutions in Logistics

45:46 Quantum Cryptography: The New Frontier

48:17 "Quantum Musings with Michael Magid"

Get ready for a wild ride through the world where quantum physics meets jazz, deep learning, and the mysterious power of Janet Jackson’s “Rhythm Nation.” On today’s episode of Impact Quantum, hosts Candace Gillhoolley, Frank La Vigne, and BAILeY sit down with Shahaf Asban, mathematical physicist and head of research at Classiq, to unravel the wonders and oddities of quantum sensing.

Shahaf takes us from his unexpected journey—starting in music and drum kits, all the way to leading research at the intersection of quantum technologies and AI. He breaks down quantum sensing in a way anyone can understand, demystifies the differences between classical and quantum computing, and shares why your next medicine—or even your next laptop—might owe a debt to quantum advances.

We’ll explore why quantum computing isn’t just science fiction, how entanglement really works (minus the pop-sci speed-of-light myths), and what “noisy” systems mean for the future of technology. From myth-busting to practical predictions, this episode is perfect for anyone who’s quantum-curious, no PhD required.

So grab your coffee, open your mind, and get ready to get entangled in an episode that’s equal parts enlightening and entertaining.

Time Stamps

00:00 Understanding Quantum Sensing

05:21 "Exploration of Quantum & Information Theory"

07:58 Raymond Chen's Fascinating Microsoft Anecdote

10:16 Computing Paradigms Overview

14:29 Statistical Algorithms: Not New

19:00 Quantum Measurement and Isolation Dilemma

21:25 Quantum Sensing vs. Classical Probes

26:20 Quantum Chemistry Simulation Advancements

27:13 Quantum Limitations in Drug Synthesis

32:53 Quantum Computers: Future Potential Analyzed

35:03 "AI's Impact: Importance of Backup Plans"

38:55 "Measurement-Induced Error Challenges"

44:10 Quantum Computing and Hybrid Architectures

45:34 Tech Sales Pitch Challenges

49:24 Cautious Optimism in Quantum Computing

52:57 Mentorship's Impact on Growth

55:28 "Quantum Adventures with Shahaf Asban"

Welcome to Impact Quantum, the podcast for the quantum curious—where caffeine, ambition, and a hint of quantum entanglement power every conversation. In this globe-trotting episode, hosts Bailey, Candace Gillhoolley, and Frank La Vigne dissect the state of quantum initiatives across 30 countries, exploring how nations from Canada to Israel are racing ahead with billion-dollar investments, strategic alliances, and sometimes even crystal chandeliers behind industry leaders. You'll get a behind-the-scenes look at the making of their comprehensive global quantum report, complete with a Quantum Readiness Index that ranks countries not by style, but by their funding, startups, and readiness for a quantum future.

The hosts also dig deep into a challenge facing the entire industry: a workforce conundrum where too few brains—or perhaps too many of the wrong kind—risk slowing quantum progress. They share how their innovative process, nicknamed "Vibe coding," helped synthesize this worldwide chaos into a stunning map and report, all while keeping things refreshingly accessible and a bit irreverent.

So grab your favorite beverage—whether it’s hot, cold, or superfluid—and get ready for a journey that’s equal parts educational and entertaining. Whether you’re a physicist, marketer, or just quantum curious, this episode will leave your mind stimulated and maybe a bit entangled.

Time Stamps

00:00 Impact Quantum: Global Quantum Insights

05:25 Global Event Analysis

08:59 Global Quantum Activity Map

10:05 North America's Readiness Index Overview

16:05 Global Brainpower Race Concerns

19:16 Tech System Setup Challenges

22:20 AI's Academic Shift to Industry

23:37 Interdisciplinary Skills in Vibe Coding

26:55 Global Quantum Computing Landscape

32:38 Impact Quantum: Exploring the Frontier

Welcome to another episode of Impact Quantum! This time, we dive deep into the intersection of quantum computing, artificial intelligence, and entrepreneurship with Henning Deccant, co-founder of aqbnet. Join host Frank La Vigne and co-host Candice Gillhooly as Henning shares his unique journey from physicist to quantum entrepreneur, offers insights on the evolution of quantum computing from the days of D-Wave and early IBM innovations to today’s hybrid quantum-classical breakthroughs, and unpacks why quantum machine learning’s initial hype has faded—at least for now.

We’ll explore what’s truly happening beneath the buzz: the real advancements in quantum advantage, quantum’s impact on fields like material science and finance, and the common misconceptions people have about the technology. Plus, Henning’s advice for curious minds who want to get involved in this rapidly evolving landscape. Whether you’re a seasoned expert or just quantum-curious, this episode has something to stretch your mind and spark your imagination. Let’s decode the present and peek into the future of quantum innovation—one superposition at a time!

Time Stamps

00:00 "Exploring Quantum Entrepreneurship"

03:55 Quantum Machine Learning's Overlooked Potential

08:41 "Quantum Computing Rivalries and Advances"

11:36 Quantum Chip Defect Simulation

16:51 Quantum Computing News Boosts All

21:01 Pursuing Consensus on Quantum Advantage

24:58 Leveraging Hybrid Quantum Computing

29:52 Quantum Computing Connectivity Breakthrough

34:14 Practical Quantum Computing Challenges

38:17 Challenges in Quantum Chip Optimization

42:34 Quantum Models Revolutionize Material Science

45:02 Quantum Advancements and Financial Impact

49:09 "Impact Quantum: Brain-Stretching Insights"

Welcome back to Impact Quantum, the show where quantum computing leaps from the chalkboard right onto the cutting edge of real-world business. In this episode, host Frank La Vigne and co-host BAILeY welcome back Yuval Boger, now Chief Commercial Officer at Quera Computing. Yuval takes us behind the scenes of Quera’s recent $230 million funding round, reveals how they’re shipping next-gen quantum computers to Japan, and dives deep into the fascinating world of neutral atom technology—think single atoms wrangled by lasers, all operating at room temperature (no cryogenic chandeliers required).

Together, they explore how global governments and commercial enterprises are racing to harness the power of quantum, the challenges of scaling up this revolutionary tech, and why you don’t need a PhD to start working in quantum computing—you just need curiosity and maybe a backup hair dryer. Whether you’re a CTO, a logistics manager, or simply quantum-curious, this episode is your personal invite to the future of computing. Get ready for some mind-bending insights, a few great science puns, and a glimpse into why now is the perfect moment to dive into the quantum revolution.

Time Stamps

00:00 Quantum Innovation with Yuval Boger

03:41 Next-Gen Quantum Computer Shipped

07:11 Quantum Computing: Rapid Global Growth

12:30 Quantum Computing for Advanced Problem Solving

14:36 Quantum Computing Sales Strategy

19:43 Governments Investing in Quantum Leap

21:21 Quantum Investments Expand Nationwide

24:35 "Identical Atoms as Qubits"

28:25 Efficient Qubit Movement Technology

34:25 Quantum Industry Skills Gap

37:47 Quantum's Impact on Chemistry Advances

40:45 AI & Quantum Computing Revolution

44:21 "Quantum Supercomputing with Lasers"

On this episode of Impact Quantum, hosts Frank La Vigne and Candice Gilhooly welcome Brian Siegelwax—who proudly calls himself the “second least qualified person in quantum”—for a refreshingly honest, lighthearted, and insightful dive into the world of quantum computing. Broadcasting from the Philippines, Brian shares the unusual story of how he accidentally stumbled into quantum technology, evolving from a machine learning enthusiast to someone hooked by the mystery and challenge of the quantum realm.

With plenty of humor and humility, Brian unpacks why quantum computing can feel so addictive, discusses the real meaning of benchmarks and roadmaps (and why they’re a produce aisle full of unripe apples and oranges), and shares why the real magic of quantum comes from curiosity and a sense of fun. Whether you’re a software engineer wondering which language or skills to pick up (Python fans, brace yourselves!), a business leader eyeing 2030, or simply quantum-curious, this episode blends practical advice, philosophical musings, and tangents on everything from assembly language to quantum dragons.

Join us as we untangle the hardware vs. software debate, ask what business leaders should really be watching for, and explore the underrated joys of wonder and play in the quest for quantum advantage. If you think quantum computing talk has to be stiff or inaccessible, think again—this isn’t your average quantum chat!

Time stamps

00:00 "Quantum Curiosity and Humor"

06:11 Quantum Computing's Mystique

08:45 Inconsistent Technology Roadmaps

14:30 Balancing Hardware and Software Needs

17:39 Quantum Computing Challenges & Strategies

18:47 Quantum Computing: 2030 Vision

24:55 Quantum Integration in Enterprises

27:52 Language-Agnostic Problem Solving

30:03 AI's Role in Coding Tasks

35:47 Quantum Marketing: Essential Skills Highlighted

39:12 Quantum Breakthrough: Reality Unfolds

41:04 Nostalgia for Tech's Early Days

44:49 Quantum Industry Disruption Speculation

49:50 Quantum Technology: An Engineering Challenge

53:55 Anticipation of Quantum Computing Breakthrough

57:49 Exploring the Quantum Cosmos

58:38 "Impact Quantum: Future Entangled"

In today’s episode, hosts Candace Gillhoolley and Frank are joined by Dr. Marvin Weinstein, emeritus particle physicist at Stanford and co-creator of Dynamic Quantum Clustering (DQC). Marvin pulls back the curtain on how a quantum mechanics-inspired algorithm, running on ordinary computers, is revolutionizing how we detect patterns in complex biological data—specifically brain cancer.

You’ll hear the fascinating story of how Marvin, driven by personal loss, dove into decades-old, heavily-studied cancer datasets with DQC and uncovered new, highly accurate tumor classifications and biological insights that even seasoned researchers had missed. With a unique approach that’s completely data-agnostic and unsupervised, Marvin demonstrates how physics thinking can spark breakthroughs in biology, identify clusters with over 99% accuracy, and potentially pave the way for more precise cancer treatments.

This episode is a quantum-inspired masterclass—no PhD required, just a curious spirit and maybe a strong cup of tea. Whether you’re a technologist, scientist, or just love a good intellectual thrill ride, strap in as we explore how the boundaries between quantum theory, data science, and medicine are blurring in stunning ways. Stay tuned, stay entangled, and let’s get under the hood of quantum-powered discovery!

Timestamps

00:00 "Quantum Inspired Data Science Masterclass"

04:17 Exploring Old Glioma RNA Data

07:49 "Gene Analysis Optimization Strategy"

11:11 Adaptive Dimensional Analysis Success

17:29 Collaborative Breakthrough in Problem Solving

18:54 Reducing Function Sensitivity

22:03 Quantum Tunneling Enhances Data Analysis

28:35 Gene Expression Clustering Analysis

29:35 Gene Expression Standard Deviation Analysis

32:52 Undiscovered Insights in Brain Cancer

35:59 Prescriptive Algorithm Understanding Limitations

41:23 "Interpreting Biological Processes as Evolution"

42:26 Tumor Analysis and Drug Selection

47:09 Discovery Surprises Collaborators

49:06 Interdisciplinary Innovation in Precision Medicine

52:30 Orbit Calculations and Perturbation Theory

55:33 Exploring Lattice Theory and Applications

59:14 "Cheers: A Toast to Joy"

Welcome to another episode of Impact Quantum, where we break down the wild, weird, and wonderful world of quantum computing—no flux capacitor or astrophysics degree required. This time, our hosts Bailey, Frank, and Candace are joined by Nati Erez, Director of Quantum Applications at Classiq Technologies, a company on the cutting edge of making quantum software not just for scientists, but for everyone.

In this episode, Nati demystifies what really goes on beneath the buzzwords, highlighting how Classiq is building the bridge from highly specialized quantum hardware to practical software anyone can use. We explore the challenges and opportunities of working across a landscape filled with competing hardware architectures, the importance of abstraction layers, and why you don’t need a PhD in physics to make an impact in this evolving field.

Whether you’re a curious newcomer, an enterprise looking to get quantum-ready, or an engineer eyeing a new career frontier, this conversation covers it all—including quantum careers, debugging challenges, and ways to separate hype from genuine progress. So buckle up—you’re about to get a front-row seat to where possibility meets probability, all served with Impact Quantum’s signature curiosity and clarity.

Timestamps

00:00 ClassIQ: Scaling Quantum Software

05:38 From Classical to Quantum Computing

06:52 Optimizing Quantum Circuit Design Choices

10:47 Debugging Quantum Code with Low-Level Skills

13:40 Demystifying Quantum for Enterprises

18:51 Quantum Algorithms for Hospital Challenges

23:18 Complexity Theory Problem Groups

24:09 P vs NP Problem Dilemma

30:24 Quantum Circuit Visualization Tool

31:50 "Quantum Computing: No Current Advantage"

35:29 Classic's $110M Funding and Expansion

40:39 "Quantum Computing Revolution Timeline"

41:47 "Future of Quantum Computing Education"

48:01 "Impact Quantum Episode Recap"

Welcome back to Impact Quantum, the show for everyone from the quantum curious to the truly entangled enthusiast. In this episode, we venture beyond Schrödinger’s cat and into the very real world of quantum-inspired engineering with guest Marouane Salhi, a physicist and CEO of Qubit Engineering. Hosted by Candace Gillhoolley, Frank La Vigne, and BAILeY, this conversation dives into how quantum optimization is already tackling some of the planet’s biggest infrastructure challenges—think wind farm layouts and power grid management—not with futuristic quantum computers, but with innovative quantum-inspired algorithms and simulators.

Marouane walks us through the journey from theoretical quantum physics to practical engineering impact, revealing how “boring” problems like turbine arrangement and network switch toggling are paving the way for quantum innovation. The discussion covers the realities and myths of current quantum hardware, the rise of quantum-inspired solvers, and why interdisciplinary teamwork is essential for this fast-evolving field. Whether you’re a student, developer, investor, or just love to say “quantum” at dinner parties, this episode offers invaluable advice on how to get involved, what skills matter, and what the next 10 to 15 years of quantum technology might hold. Tune in for grounded insights, practical strategies, and a glimpse of how quantum thinking is quietly reshaping our world—sometimes, in the most surprisingly unglamorous corners.

Timestamps

00:00 Quantum Optimization Startup Leadership

03:53 Quantum Computing: Finding Use Cases

07:21 Turbine Hub Altitude and Size

12:00 Bridging Research Tools for Industry

16:15 Shift to Quantum-Inspired Solvers

18:27 "Quantum Solvers Improve Optimization"

23:14 Quantum Computing in Molecular Simulation

26:49 "Quantum Computing Development Insights"

28:55 Future of Quantum Engineering Insights

33:24 Rethinking Engineering Problem-Solving

37:28 Quantum Engineering Problem Optimization

41:28 "Start Preparing for Quantum Computing"

44:08 Interdisciplinary Collaborative Workforce Vision

47:02 Quantum Collaboration in Energy Solutions

49:32 "Embracing Quantum Tech Opportunities"

54:32 Advancing Understanding Through Complex Problems

57:20 Quantum's Present Impact

oday, we dive headfirst into the frontier of quantum technology with a special guest: Bert De Jong, senior scientist at Berkeley Lab and director of the Quantum Systems Accelerator, part of the U.S. Department of Energy's National Quantum Initiative. Join hosts Frank La Vigne and Candice Gillhooly—and our ever-charming, semi-sentient MC, Bailey—as we explore how Bert and his team are pushing the boundaries of quantum computing and sensing.

From gravitational sensing with entangled atoms to real-time power grid monitoring, Bert explains how quantum sensing is already reshaping fields from resource discovery to national security, and even medical technology. We break down what quantum sensing actually is, how it could lead to miniaturization of sophisticated sensors, and why quantum’s impact is happening sooner than you might think.

Whether you’re quantum-curious or quantum-confused, tune in for an engaging conversation that bridges the gap between cutting-edge research, real-world applications, and the evolving ecosystem of quantum information science. By the end of this episode, you’ll see that the quantum revolution isn’t some distant future—it’s knocking at our door, bringing opportunities (and challenges) for industries and individuals alike.

Timestamps

00:00 Quantum Systems Leadership at Berkeley

04:19 Revolutionizing Sensing with Quantum Information

09:53 Harnessing Quantum Entanglement Sensors

13:27 Miniaturization and Quantum Advancements

17:06 Advancing Medical Technology's Impact

19:12 Quantum Progress Happening Now

23:09 Bridging Academic and Commercial Gaps

25:44 Specialized Technologies Over Universal Solutions

28:26 Understanding Quantum Information Sciences

34:03 Qubit Stability and Challenges

36:53 Repetition Codes in Computing

39:29 Balancing Hype and Reality

42:48 Quantum Systems: From Theory to Application

44:58 Preparing for Quantum Computing's Future

48:16 Explore Quantum System Accelerator Opportunities

Welcome back to Impact Quantum, the podcast for the Quantum Curious! In this special recap episode, hosts Frank La Vigne and Candice Gillhoolley return from a brief, doctor-approved hiatus to take stock of the whirlwind developments in the quantum computing universe. From billion-dollar buyouts—like IONQ's acquisition of Oxford Ionics—to IBM’s bold promise of a large-scale, fault-tolerant quantum computer by 2029, the quantum ecosystem has never been more electrifying.

Frank and Candice reflect on just how much the show—and the quantum landscape—has evolved, touching on everything from the international race for quantum supremacy and the looming threat to RSA encryption, to the latest breakthroughs in quantum error correction and the rise of “quantum tweezers.” With Canadian pride, global perspectives, and a healthy dose of friendly banter, they remind listeners why quantum is no longer a far-off dream—it’s knocking at our door.

If you think quantum computing is decades away, this episode will convince you it’s time to update your calendar (and maybe your encryption protocols). Tune in for insights, laughs, and a sneak peek at what’s coming next from the #1 rated quantum computing podcast. Stay curious, stay entangled, and enjoy the ride!

Show Notes

00:00 Quantum Insights: Diverse Perspectives

05:06 Cryptography's Urgent Career Relevance

09:53 Exploring Quantum Computing Curiosity

12:39 Quantum Computing: Early Stages Discussion

13:59 Early Days of Quantum Computing

17:54 "Quantum Tech Secret Timeline"

20:34 "Quantum Season Preview"

25:34 Canada's Quantum Ambitions

27:55 Global Medicine Supply Chain Dependence

32:33 "Stay Curious, Stay Entangled"

33:17 "Bailey Signing Off"

In this episode, hosts Frank La Vigne and Candice Gillhoolley are joined by Andy Schwaderer and Dr. Christopher Leach from Quantum Knight. As the podcast celebrates its recent top ranking on Feedspot, the conversation dives deep into the urgent realities of post-quantum encryption, highlighting the evolving threats facing our digital lives—far beyond the stereotypical “hackers in hoodies.”

Andy and Dr. Leach unpack why “being quantum ready isn’t optional, it’s essential,” sharing practical insights on defending against sophisticated adversaries, from nation-state actors to criminal gangs exploiting the cracks in legacy infrastructure. From the infamous Sony hack to modern ransomware attacks on hospitals and public utilities, the episode explores how Quantum Knight’s innovative cryptosystem aims to protect data across everything from IoT devices to critical medical systems.

Tune in for a compelling discussion on why security can no longer be an afterthought, how agile cryptography is enabling a future-proof approach, and why the responsibility—and power—to keep data safe now rests firmly in the hands of every individual and organization. If you’ve ever wondered how quantum computing and cybersecurity overlap, or how to safeguard your most vital assets in the quantum era, this episode is for you.

Timestamps

00:00 Streamlined Quantum-Enhanced Data Security

08:26 "Data Control is King"

14:48 "Understanding Advanced Persistent Threats"

17:43 Quantum Computing's Impact on Cybersecurity

22:42 "IoT's Security Oversight"

32:15 "Admitting Issues, Seeking Solutions"

36:02 Cryptography's Limits and Access Control

39:31 Affordable Ransomware Protection Solution

48:55 Switching Accountants Mid-Service

51:35 Data Threat: Public Infrastructure Vulnerability

56:45 Versatile Cryptography Support System

01:02:19 AI Code Reliability Challenges

01:06:53 "Concerns About Health and Security"

In this episode, hosts Frank La Vigne and Candace Gillhoolley are joined by Nir Alfasi, the general manager of the Israeli Quantum Computing Center. Nir brings us insights straight from the forefront of quantum innovation—complete with a functioning quantum fridge in the background for that extra authentic touch.

Together, the team dives deep into Israel’s rapidly evolving quantum scene, the role of quantum data centers, and why quantum innovation is blossoming far beyond the traditional tech hubs of Silicon Valley. Nir unpacks how the Israeli Quantum Computing Center is helping startups and researchers worldwide accelerate their breakthroughs, from providing a cryogenic test bed for hardware innovation to fostering quantum workforce development. He shares why collaboration is key, what makes a functional quantum ecosystem, and the importance of making quantum resources accessible to a global community—not just PhDs!

If you’re curious about the present and future of quantum computing, the emerging ecosystems supporting it, and how quantum might just change not only how we compute but where the world’s tech epicenters will be, this conversation is a must-listen. So grab your coffee—or your cryogenic coolant—get ready to geek out, and let’s embark on our quantum journey!

Timestamps

00:00 "Exploring Israel's Quantum Future"

04:10 Emerging Computing Paradigm Growth

08:46 Israeli Quantum Computing Center Launch

11:36 IQCC's Quantum Startup Support

15:45 Preparing for Quantum Technology Demands

16:47 "Bottleneck Opportunities in Quantum Computing"

22:52 Building a New Tech Ecosystem

25:26 "Diverse Technologies' Coexistence Potential"

27:01 Israel's Quiet Approach to Quantum Computing

30:10 "Building a Quantum-Ready Workforce"

36:03 Hybrid Quantum-Classical Computing Approach

36:50 "Hybrid Quantum-Classical Computing Integration"

40:08 Quantum Computers for Cloud Computing

44:27 "Future Progress and Storytelling"

47:25 "Quantum Conundrum: Stay Entangled"

Welcome to another enlightening episode of Impact Quantum, the podcast where we unravel the ever-evolving world of quantum computing with curiosity, humor, and a dash of quantum weirdness. In this episode, hosts Frank La Vigne and Candace Gillhoolley sit down with Alex Kahn—author, educator, and quantum pioneer—to journey through the frontiers of the quantum ecosystem.

Get ready as Alex shares stories from the heart of College Park, Maryland, explores his experiences with Amazon Braket, and demystifies the hype versus reality in today’s rapidly changing quantum landscape. We’ll dive into hot topics like ion traps, optimization problems, the challenges of scaling up quantum computers, and what real-world applications might actually look like.

From quantum chemistry to the nuances of entanglement, Alex breaks down complex concepts for every level of listener—whether you're a tech-savvy pro or just quantum curious. Plus, we touch on the future of quantum education, the importance of building a diverse quantum "village," and why this field isn’t just for physicists, but for marketers, business leaders, and anyone ready to get entangled.

So grab your favorite drink, align your qubits, and join us for an episode packed with insight, inspiration, and a few laughs as we explore why quantum computing might just be the new GPU and what that means for the tech world and beyond!

Timestamps

00:00 "Exploring Quantum Computing Frontiers"

03:38 Quantum Computing Video Series

08:29 Quantum Reality vs. Hype Divide

12:00 "Hype Fuels Progress Awareness"

14:36 Quantum Computing vs. Classical Computing

17:37 Quantum Thinking for Portfolio Optimization

20:44 Quantum Computing Challenges: Noise and Qubit Efficiency

25:26 "Quantum Computing: A Complex Journey"

27:53 "Teaching Quantum Computing Basics"

31:07 Bridging Academia and Industry

33:45 Early Quantum Education Promotion

39:23 Evolving Quantum Systems for Chemistry

41:28 Entangled Qubit Algorithms: Future Potential

46:07 Optimizing Problem-Specific Quantum Compute

48:43 Quantum Entanglement Explained

52:51 "Exploring Quantum Computing Evolution"

Welcome to another exciting episode of Impact Quantum, where we delve into the world of quantum computing and its blend with machine learning. In today’s episode titled "Superpositions and Super Careers: Harshita’s Quantum Leap," we are thrilled to have Harshita Gandhi join us. Harshita, a quantum machine learning engineer and graduate from Northeastern University, shares her captivating journey from a confused computer science undergrad to becoming a leading voice in this burgeoning field.

We'll explore the intricacies of quantum machine learning, discuss the potent mix of superconducting and photonic systems, and touch on the relevance of completely random numbers beyond Las Vegas slot machines. Harshita brings a unique perspective on the current quantum landscape, offering insights into navigating the hype and realities of this rapidly evolving science.

Whether you're curious about what the future holds for quantum computing or just want to enjoy some fantastic insights from a true trailblazer, grab your favorite snack and dive in with us on this quantum journey!

Timestamps

00:00 Impact Quantum: Journey to Quantum Mastery

05:27 Quantum Journey: Studies and Influences

06:32 Quantum Machine Learning's Nascent Potential

11:36 Graduate Research in Vision & Quantum Security

14:16 Quantum Computing: Understanding Qubit Connectivity

19:14 Quantum Computing: Cutting Through Hype

23:05 Jensen's Apology and Market Revival

25:59 Balancing AI Hype and Reality

29:02 Quantum and Machine Learning Fusion

31:08 Quantum Computing Startups Rising

34:14 "Quantum Computing: Industry Shift and Personal Preference"

39:46 "Future Tech Leaders' Path"

42:20 Curiosity Opens New Opportunities

44:37 "Quantum Algorithms and Future Insights"

Today, we're thrilled to take you on a fascinating journey where quantum computing meets real-world applications. In this episode, Frank La Vigne and Candice Gillhoolley welcome Anna White, president of Daikon and the visionary behind Hito Match—a dating app that leverages the power of quantum algorithms and AI hybrids to predict human behavior.

Anna discusses how quantum computing is breaking free from the confines of labs and physics arenas, proving its potential in fields as diverse as matchmaking, travel, and medical technology. Tune in as we explore how quantum is not just a concept on the horizon but a present-day force solving complex problems.

So, get ready to expand your mind and discover what happens when you mix a light bulb, a candle, and a multiverse—only here on Impact Quantum!

Timestamps

00:00 Innovative Quantum-AI Application Strategy

06:46 Understanding Quantum Computing Essentials

10:41 Startup Challenges in App Development

13:54 Marketing Strategy for Quantum Adoption

15:04 Pre-Seed Secured for AI Development

18:19 Quantum Computing's Diverse Hardware Approaches

23:53 Quantum Readiness in Banks

25:21 "Quantum AI Solutions for Business"

30:02 AI Investment and Development Challenge

33:25 Quantum Physics History Book Insight

35:57 University-Industry Collaborations in Quantum Tech

41:38 Building an Industry Requires Diversity

44:48 Beyond Labels: Embrace Opportunities

48:31 "Emerging Tech: Transformative Travel Apps"

49:55 Consumer-Focused Travel Optimization

54:09 Chance Meeting Through Tech Connections

56:26 Quantum's Real-World Impact

Welcome to another captivating episode of Impact Quantum!

In today's exploration, our hosts, Frank La Vigne and Candice Gilhooly, dive deep into the ever-evolving world of quantum computing. From NVIDIA's GTC commentary and Bill Gates' views on quantum timelines to JPMorgan Chase's breakthrough in truly random randomness, there's plenty to unpack.

As they navigate the buzz of photonic qubits, hybrid architectures, and the rise of quantum tech hubs, Frank and Candice lend their wit and wisdom to help demystify the quantum realm. Whether you're quantum curious or a seasoned physicist, this episode promises a healthy splash of sarcasm, caffeine-driven insights, and a glimpse into the potential of the quantum future.

So, grab your favorite elixir and join us as we embark on another quantum-powered journey with Impact Quantum. Stay curious, caffeinated, and don't be the one still stuck in classical computing!

Timestamps

00:00 "Quantum Unraveled: Trends & Gossip"

04:55 Quantum Computing Debate Impacts Market

08:52 Quantum Computing's Rapid Advancements

11:21 Microsoft's Quantum Pushback

16:34 Quantum Computing: A Future Market Opportunity

17:14 Embrace Quantum Computing Knowledge Now

22:49 Title: "Canada's Quantum Conference Surge"

25:16 Cost-Cutting Controversy at Microsoft

29:04 Predicting Tech Trends Through Experience

32:14 IBM's Pre-Assembled Computer Success

33:47 Quantum Computing's Long-Term Importance

37:58 Columbia University Phone Experience

42:41 Casino Cheat via Pseudo-Random Exploit

44:11 Quantum Computing's Impact on Randomness

48:45 Remote Work Challenges Pre-Pandemic

51:36 "Waterloo: Canada's MIT Equivalent"

55:52 "Quantum Future: Stay Curious"

Candace and Frank are joined today by an extraordinary guest, Geordi Rose, a trailblazer in the quantum computing space. Once the CEO and CTO of D Wave, Geordi is not only a quantum computing pioneer but also delves into the intersection of AI and quantum technology.

In this fascinating episode, we dive into Geordie's experiences and insights, from his innovative work at D Wave to his current projects in AI—touching upon reinforcement learning, quantum annealing, and even the enigma of consciousness itself. And if that isn't enough to take in, he’s on a unique vision quest, quite literally running across Canada!

Join us as we unravel these mind-blowing topics and explore a future where quantum computing and AI might redefine the very essence of our existence. So, tune in and prepare for a riveting ride into the quantum realm!

Quotable Moments

00:00 "Quantum Insights with Geordi Rose"

06:51 Quantum Supremacy: Major Milestone

13:29 Quantum Computing: Theoretical Uncertainty Remains

19:16 Optimizing Noise Reduction in D-Wave

22:47 Thermal Annealing: Metal Transformation Process

26:55 Optimizing Qubit State Selection

33:28 "Reinforcement Learning's Simple Complexity"

41:53 Mechanistic View of Consciousness Explained

48:03 "Assigning Rights to Advanced AI"

49:39 Embrace Humility for Our Future

54:56 "Convincing Parents of Computer Science"

59:22 "Future Uncertainty and Quantum Role"

In our latest podcast episode, hosts Candace Gillhoolley, Frank La Vigne, along with Andy Schwaderer from Quantum Knight, dive into the critical need for upgrading security systems today to outpace tomorrow's quantum-powered threats. Key highlights include:

This episode serves as a wake-up call to the very real security challenges of a quantum future and underscores the urgent need to act now to protect our data integrity and privacy.

Quantum Moments

00:00 "Quantum Computing Threatens Current Cryptography"

04:14 Quantum Computing: Cybersecurity's New Threat

08:33 Quantum Threats to Data Security

11:40 Preparing for Quantum Data Threats

15:53 Post-Quantum Cryptography Insights

17:40 Quantum Machines: The Current Challenge

23:00 Data Integrity and Authentication Breakthrough

24:26 Medical Device Hacking Risks

28:56 Verifying Human Identity Over AI

33:27 PQC's Broad Impact and Challenges

35:58 Simple Software SDK Solution

40:08 Convincing C-Suite on Cybersecurity

42:55 CISO/CIO Turnover Post-Breach Trend

44:25 Bank Fines Highlight Regulatory Challenges

47:30 Shift Focus from AI to Security

52:38 AI Adoption and Market Reality

55:41 Simplifying User Experience for Virality

57:13 "Quantum Security Crisis Solutions"

In this episode of Impact Quantum, we delve into the latest developments that are reshaping the quantum computing landscape.

Our hosts Frank La Vigne, Candace Gillhoolley, and Andy Leonard discuss Amazon AWS's announcement of the Ocelot, its first quantum computing chip designed to tackle the critical issue of error correction. They explore whether this innovation is the game-changer the industry needs or merely another milestone in the long journey towards practical quantum computing.

The conversation also covers how major technology players like Google, IBM, Microsoft, and significant international efforts, such as those from China, are intensifying the quantum race. Tune in as the team contemplates the potential for collaboration among these giants to build a unified quantum future and debates the complexities and challenges that lie ahead in error correction, thermal management, and more. Whether you're quantum curious, a seasoned expert, or simply here for the engaging insights, this episode promises an intriguing deep dive into the future of computing.

Show Notes

00:00 Impact Quantum: Tackling Error Correction

05:42 "Quantum Market Paradox"

07:30 Future of Quantum Computing Debate

10:53 Quantum Computing's Impact on Market

15:27 Quantum Advances in Computing Impact

18:47 Apple Silicon's Shared Memory Advantage

20:09 "Quantum Curious: Reviving the Show"

25:32 Future Quantum Encryption Possibilities

27:40 "Encryption: From Military Tech to Commerce"

32:27 Embracing Innovation's Next Steps

35:54 Gas Prices Impact Convenience Stores

39:18 Quantum Computing: Episode Wrap-Up

In our latest episode of Impact Quantum, hosts Frank La Vigne and Candace Gillhoolley break down a whirlwind week in the quantum space. From Microsoft's bold claims to Israel's rising influence, there’s plenty to unpack:

🔹 Microsoft’s Quantum Leap? – We dive into Microsoft’s latest announcement on Majorana qubits. Is this the dawn of a new era, or just ambitious marketing? The debate is on!

🔹 Qubits, Demystified – Physical, logical, and virtual qubits—what’s the difference, and why does it matter? We explore their roles in error correction and the future of quantum computing.

🔹 Israel’s Quantum Push – A sneak peek at our upcoming conversation with Nir al Fasi from the Israeli Quantum Computing Center. With companies like Quantum Machines securing massive funding, what’s next for Israel’s quantum scene?

🔹 Collaboration Over Competition? – The quantum race isn’t just about who gets there first—it’s also about global partnerships. We explore how Germany and Singapore are joining forces to advance quantum communication.

What’s Next?

Stay tuned for our next episode, where we go deeper into Israel’s quantum innovations and unravel the role of virtual qubits in building more stable, reliable quantum systems.

Join the Quantum Conversation!

Don’t miss an episode—head over to impactquantum.com and hit "Join" in the upper right corner to subscribe to our mailing list.

Thanks for being part of the Impact Quantum community! Keep questioning, keep exploring, and remember—when it comes to quantum, the only certainty is uncertainty.

Quotable Moments

00:00 Quantum Conversations: Exciting Yet Early

05:48 Quantum Technology's Uncertain Future

08:53 Early 2000s Casino Hacking Incident

11:51 Israel's Quantum Computing Breakthrough

17:34 Error Correction: An Overlooked Lesson

20:25 Building Stronger Virtual Structures

22:17 Space Computing: Handling Cosmic Ray Errors

25:08 HAL's Origins: AI Psychosis Explored

28:20 "Chappie: Gritty Reboot Analysis"

31:38 Flat Plains and Winter Winds

35:45 Language Struggles in Canada

39:49 French Swear Words Anecdote

42:22 Quantum Mechanics: Science Meets Philosophy

46:59 Qubit Specialization Ownership Debate

50:58 Potential of Quantum Computing

54:47 Embracing Innovation and Future Advancements

57:28 Quantum Curiosity: Episode Wrap-Up

Welcome to another enlightening episode of Impact Quantum, the podcast where we delve into the fascinating world of quantum computing without needing a PhD in physics. Hosted by Frank La Vigne, a passionate quantum enthusiast, and joined by Candice Gilhooly, a self-proclaimed quantum curious individual, this episode promises to offer insights into the latest advancements in quantum technology and its implications for our future.

In this episode, Frank and Candice explore the three major players in the quantum computing realm—IBM, Google, and Microsoft—and discuss how their initiatives drive the global race for quantum supremacy. They'll tackle topics from quantum annealing to the game-changing potential of quantum encryption, breaking down the complex ideas into digestible insights. Discover why quantum tunneling isn't just the stuff of sci-fi and how quantum computing might revolutionize fields ranging from weather prediction to national security.

Join us as we unravel these mysteries, celebrate our journey to becoming the fifth-ranked quantum computing podcast on Feedspot, and continue exploring the enduring impact of quantum technology on business, society, and the economy. Whether you're a seasoned quantum expert or just quantum curious, this episode is sure to expand your mind. Subscribe now to stay ahead of the quantum curve, and let's get started on this quantum adventure.

Time stamps

00:00 Impact Quantum: Demystifying Quantum Computing

05:32 "Quantum Data Security Priority"

09:20 "Quantum's Impact on National Economy"

10:09 Tech Hubs vs. Silicon Valley

13:40 DC Storm Uncertainty

17:05 Quantum Annealing for Global Optimization

21:36 Quantum Tunneling Explained Simply

26:51 Air Traffic Overcrowding Challenges

28:08 Pent-Up Demand's Impact on Recovery

31:02 Quantum Entanglement: Instant Communication Dream

36:28 Embrace Technology or Be Replaced

38:06 Decades of Tech: AI's Turn

43:19 Quantum Terminology Boosts Career Trajectories

45:30 Future of Quantum: Profit and Impact

47:34 Impact Quantum Episode Wrap-Up

In this episode of Impact Quantum, hosts Frank La Vigne and virtual co-host BAILeY welcome marketing extraordinaire Candice Gilhooly to discuss the rapidly evolving world of quantum computing. After a brief hiatus, the podcast is relaunching with a fresh perspective, expanding its reach from just engineers to the wider “quantum curious” audience. Join us as Candice shares insights from her unique background, having grown up with a father who was a pioneer in quantum computing.

Together, they dive into the potential real-world applications of quantum technology, from improving environmental monitoring and energy efficiency to challenging the traditional encryption methods that safeguard our digital lives.

Along the way, Frank and Candice explore the concept of quantum entanglement, the possibilities of using quantum algorithms for climate predictions, and the future implications on industries like finance and defense. Get ready to strip away the hype and discover how quantum computing could radically transform our world, one qubit at a time.

Show Notes

00:00 Parenting and Quantum Computing Challenges

04:36 Tech Career Evolution & Marketing

08:04 Quantum Curiosity for Everyone

09:50 "Quantum Connections for Neurodiverse Minds"

13:24 "Everyday Encryption Revolution"

16:45 "Time as a Crucial Encryption Factor"

21:10 Quantum Potential for Environmental Innovation

26:29 Solar Panels vs. Plant Efficiency

28:40 Quantum Computing Enhances Solar Efficiency

32:50 Future Quantum Tech Transformation Approaching

36:37 Disaster-Induced Economic Impacts

38:47 Exploring Quantum Sensing

43:11 Transitioning to a Quantum Future

45:59 Impact Quantum: Demystifying Quantum Computing

Stories Mentioned:

11 Top Experts: Quantum Top Trends 2023 And 2030

https://www.forbes.com/sites/stephenibaraki/2022/08/19/11-top-experts-quantum-top-trends-2023-and-2030/?sh=34b0861e69f9

China Seeks a Quantum Leap in Computing

https://www.wsj.com/articles/china-competing-us-quantum-computing-11664997892

Quantinuum Is On A Roll – 17 Significant Quantum Computing Achievements In 12 Months

https://www.forbes.com/sites/moorinsights/2022/10/06/quantinuum-is-on-a-roll--17-significant-quantum-computing-achievements-in-12-months/?sh=48295d7b301e

Quantum computer can simulate infinitely many chaotic particles

https://www.newscientist.com/article/2332201-quantum-computer-can-simulate-infinitely-many-chaotic-particles/

Frank and Andy are pleased to announce. Quantum Beltway, a group designed to bring together the best minds in engineering, quantum physics, and policy makers to discuss the next wave of innovation in Quantum Computing. 

Join the free LinkedIn group today at quantumbeltway.com. Now onto the news.

Story Links

Quantum computing

funding remains strong, but talent gap raises concern

https://www.mckinsey.de/business-functions/mckinsey-digital/our-insights/quantum-computing-funding-remains-strong-but-talent-gap-raises-concern

Psirch Becomes First

Quantum Technology Executive Search Division of Established Firm

https://thequantuminsider.com/2022/08/04/psirch-becomes-first-quantum-technology-executive-search-division-of-established-firm/

The Upskilling

Imperative: Azure Quantum for Educators

https://cloudblogs.microsoft.com/quantum/2022/08/08/the-upskilling-imperative-azure-quantum-for-educators/

Join us at QuantumBeltway.com today. It's a free LinkedIn group to discuss quantum policy and technology.

Stories Referenced

Record-Breaking

Experiment Could Solve a Huge Challenge in Quantum Computing

https://www.msn.com/en-us/news/technology/record-breaking-experiment-could-solve-a-huge-challenge-in-quantum-computing/

Quantum-computing company D-Wave shares jump 16 per cent in NYSE debut

https://www.theregister.com/2022/08/09/dwave_goes_public/

Why Israel is moving to quantum computing

https://venturebeat.com/quantum-computing/why-israel-is-moving-to-quantum-computing/

U.S. CHIPS and Science Act: How Does It Impact Quantum?

https://quantumcomputingreport.com/u-s-chips-and-science-act-how-does-it-impact-quantum/

Thanks for listening to

Story Links

Quantum Beltway

https://www.linkedin.com/groups/12699844/

Scientists say they've debunked Google’s quantum supremacy claims once and for all

https://www.techradar.com/news/scientists-say-theyve-debunked-googles-quantum-supremacy-claims-once-and-for-all

Everything you wanted to know about quantum computing, but were afraid to ask

https://discover.lanl.gov/news/0804-quantum-computing

Sign Up for Qiskit Quantum Explorers!

https://medium.com/qiskit/sign-up-for-qiskit-quantum-explorers-78844c0f9d00

Quantinuum Makes A Significant Quantum Computing Breakthrough By Connecting The Dots Of Its Previous Research

https://www.forbes.com/sites/moorinsights/2022/08/04/quantinuum-makes-a-significant-quantum-computing-breakthrough-by-connecting-the-dots-of-its-previous-research/?sh=6920175b562c

BASF, PASQAL to Use Quantum Computers For Weather Prediction

https://thequantuminsider.com/2022/07/20/basf-pasqal-to-use-quantum-computers-for-weather-prediction/

Stories Mentioned

Single-Core PC Breaks Post-Quantum Encryption Candidate Algorithm in One Hour https://www.tomshardware.com/news/single-core-pc-breaks-post-quantum-encryption-candidate-algorithm-in-one-hourHouse approves key cybersecurity bill as U.S. government's quantum activity ramps up https://www.fierceelectronics.com/sensors/house-approves-key-cybersecurity-bill-us-governments-quantum-activity-rampsDeveloping a new approach for building quantum computers https://phys.org/news/2022-08-approach-quantum.htmlGPUs Are Role-playing Quantum Computers https://www.hpcwire.com/2022/07/27/gpus-are-role-playing-quantum-computers/ Physicists Find The 'Missing Link' That Could Provide Quantum Internet Technology https://www.sciencealert.com/physicists-find-the-missing-link-that-could-provide-quantum-internet-technology

Transcript

Hello I am Bailey,

Your favorite AI personality, here to go over the latest news in quantum

computing for the Impact Quantum Podcast. Subscribe to be on top of the latest

happenings in this exciting new field.

Now onto the news straight away.

To quote the great Ron Burgundy, "that escalated quickly." Researchers with the

Computer Security and Industrial Cryptography group (CSIS) have broken 

one of the late-stage candidate algorithms for post-quantum

encryption. The algorithm, SIKE (short for Supersingular Isogeny Key

Encapsulation, made it through most stages of the NIST competition that aimed

to define standardized, post-quantum algorithms These researchers

approached the problem from a purely mathematical standpoint, attacking the

core of the algorithm’s design instead of any potential code

vulnerabilities.Quite clever, for humans, anyway.

Quantum computing is getting a lot of attention in and around the Beltway of late.The U.S. House of

Representatives has passed the Quantum Computing Cybersecurity Preparedness

Act. Recently,  the U.S. Cybersecurity and Infrastructure Security Agency

to create its own PQC initiative to better organize and lead its efforts to

better fight the quantum threat.

An interdisciplinary research team led by UCLA that includes collaborators at Harvard

University has now developed a fundamentally new strategy for building these

computers. While the current state of the art employs circuits,

semiconductors and other tools of electrical engineering, the team has produced

a game plan based in chemists' ability to custom-design atomic building blocks

that control the properties of larger molecular structures when they're put

together.

GPUs or graphic processing units have long been known to ML engineers and crypto miners for their speed boosting qualities. If that weren't enough, they are now

serving as surrogate quantum computers until the real hardware

arrives. The Jülich Supercomputing Centre is using GPUs and a software

toolkit from Nvidia to emulate quantum computers in order to research

algorithms for such systems. With real quantum processors still under

development, these GPUs are the fastest circuits to play the role in the

meantime. All that, and they make game graphics better as well. 

Physicists Find a 'Missing Link' That Could power Quantum Internet Technology.Stephanie Simmons from Simon Fraser University explains."When your silicon qubit can

communicate by emitting photons (light) in the same band used in data centers

and fiber networks, you get these same benefits for connecting the millions of

qubits needed for quantum computing."

This research has been published in Nature.

Thanks for listening

to Impact Quantum. We know you're busy and we appreciate you listening to our

podcast. But we have a favor to ask: please rate and review our podcast on

iTunes, Stitcher, or wherever you subscribe to us. Of course, you have

subscribed to us? Haven't you? Having high ratings and reviews helps us improve

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That means more people listen to us, spreading the joy. And, can't the world

use a little more joy these days? So, go do your part to make the world just a

little better and be sure to rate and review the show. 

Stories

Quantum computing market sees new partnerships, progress

https://www.techtarget.com/searchdatacenter/opinion/Quantum-computing-market-sees-new-partnerships-progress

These ‘quantum-proof’ algorithms could safeguard against future cyberattacks

https://www.nature.com/articles/d41586-022-01879-6

Toyota partners with Israel’s Quantum Machines for quantum computing solutions

https://www.timesofisrael.com/toyota-partners-with-israels-quantum-machines-for-quantum-computing-solutions/

Quantum Source Goes Out of Stealth to Enable Useful Photonic Quantum Computers with Millions of Qubits

https://www.businesswire.com/news/home/20220701005139/en/Quantum-Source-Goes-Out-of-Stealth-to-Enable-Useful-Photonic-Quantum-Computers-with-Millions-of-Qubits

Quantum Processor Completes 9,000 Years of Work in 36 Microseconds

https://twistedsifter.com/2022/07/quantum-processor-completes-9000-years-of-work-in-36-microseconds/

Links to stories mentioned

1. US National Quantum Initiative

https://quantum.gov/

2. Tweet

https://twitter.com/ComputingUk/status/1551605542275190785?s=20&t=x-lhdaZJTICyQu-RBEhEBA

Introduction to Quantum Computing with Qiskit

https://quantumcomputinguk.org/shop/introduction-to-quantum-computing-with-qiskit-ebook-1

3. Quantum Excellence: How Leading Companies Are Deploying the Transformational Technology

Our Episode with Brian: https://impactquantum.com/quantum-is-already-here-with-brian-lenahan/

4. What has quantum computing got to do with AI?

https://www.verdict.co.uk/what-has-quantum-computing-got-to-do-with-ai/

Bailey here, I've decided that the quantum computing space is too hot to wait on Frank and Andy to get on the mic. This AI is self-sufficient enough to share the latest happenings in quantum all by herself.

Stories Mentioned

JPMorgan hires scientist Charles Lim to help protect financial system from quantum-supremacy threat

https://www.cnbc.com/2022/07/28/jpmorgan-hires-scientist-charles-lim-to-head-quantum-computing-unit.html

BMW’s 3,854-Variable Problem Solved in Six Minutes With Quantum Computing

https://www.tomshardware.com/news/quantum-computing-company-solves-3854-variable-problem-for-bmw-in-six-minutes

This Startup Raised $9 Million To Make Better Quality Quantum Computers

https://www.forbes.com/sites/ariyanagriffin/2022/07/22/this-startup-raised-9-million-to-make-better-quality-quantum-computers/

in this episode, Frank reads "The Qubit Before Christmas" a quantum inspired version of the holiday classic poem.

Have a listen.

Links

Frank's Original LinkedIn Post

https://www.linkedin.com/posts/frank-lavigne_twas-the-qubit-before-christmas-and-all-through-activity-6880337657478553600-f3ud

The Qubit Before Christmas

by Frank La Vigne

'Twas the Qubit before Christmas

And all through the house

Not a creature was stirring; not even Schroedinger’s mouse

The researchers posted their papers with care

In the hopes that quantum error correction would soon be there

The VC’s were nestled all snug in their beds

While Visions of Quantum led IPO’s danced in their heads

And mamma writing her theses and I in my hat

Were wondering if we should check on Schroedinger’s Cat

When out in the cosmos there arose such a clatter

I was certain it was dark matter

Away to the YouTube I flew like a clown

Hoping to get a good explanation from 3Blue1Brown

The video was helpful; but I was still a little confused;

There stood the ghost of Steven Hawking, who was quite amused.

And he whistled, and shouted, and called them by name:

Now Shor! Now Grover! Now Pauli and Hadamard!

On Bohr! On Feynman! 

On Einstein! On Einstein! I must say your name twice

As perhaps, God does play dice.

If you’re lucky, the game you may win

And we can harness the particles’ spin

We haven’t much time for these particles to remain in coherency 

To have any hope of quantum supremacy

We have Bose-Einstein Condensate, 

But still mustn’t be late

The hype cycle waits for none

For, if we do not progress, deals will be undone

With that he withdrew, his bells they jangled

May your particles be entangled 

He shouted as he took flight

Merry Xmon to all and to all a good night!

in this episode, Frank and Andy speak with Yuval Boger about how his company Classiq enhances quantum developer productivity.

Show notes:

This Disruptive Technologists' event occurred on October 13, 2021, 4 PM to 5 PM EST

Quantum computing harnesses the phenomena of quantum mechanics to deliver a huge leap forward in computational power to solve problems. In this October Disruptive Technologists Webinar, we will be bringing you the finest minds in the Quantum arena.

Quantum computers will soon be able to solve complex problems that today’s most powerful supercomputers can’t solve, and never will. But now quantum is going to a new level – it’s entering a new dimension. We are referring to computations using a completely new physical principle that has never been used before — we’re talking about computational power being available for much less energy and effort.

Original YouTube video: https://www.youtube.com/watch?v=5Z5ZF0RQFc4

MEET THE PANELISTS

Mark Mattingley-Scott: A veteran of the IT industry and pioneer of IBM’s Quantum Computing program and our own Disruptive Technologists Board Member, Mark is also a former 30 year IBM Quantum Computing Architect who just started an exciting new job as General Manager EMEA for Quantum Brilliance.

Petra Söderling: Petra ran teams and innovation projects in a large multinational corporation (Nokia in Finland), founded and managed two startup companies in New York City (mobile apps) and New Orleans, LA (Real estate 3D). “Most recently I work as a Senior Advisor the Finnish government’s innovation funding agency, Business Finland. She lives and works in Colorado and advises the Finnish government on quantum, space tech, smart mobility, AI, and cybersecurity. Finland is currently building its first quantum computer, a superconducting 5-50 qbit qc that will serve the Finnish scientific and commercial communities. The country has deep roots in cold atom technologies and hardware but is actively inviting and building an international quantum algorithm ecosystem to support the existing capabilities. The US is an important partner.”

Danika Hannon: Since 2018, Danika has been moving into the quantum computing space. During that time, she: became a leader of the MN Quantum Computing Meetup, completed a data science bootcamp, served on the Women in Quantum Advisory Board, volunteered for a quantum computing and AI startup called Boltz.ai, and became a Relationship Manager with Cambridge Quantum Computing, as well as the Deputy Head and IQSD Chair for the Quantum Strategy Institute.

Ivy Cohen, President, Ivy Cohen Corporate Communications: Reputation Management and Communications Strategist.

Frank La Vigne is a published author, podcaster, and conference speaker who discovered the near limitless potential of quantum computing at a Microsoft Research conference in 2019. In 2020, he launched the Impact Quantum site podcast to share his enthusiasm for quantum technologies with fellow data scientists and engineers. In 2021, Frank left Microsoft to join Koverse, a platform that adds enhanced security solutions for highly sensitive big data implementations.

Moderator: Ivy Cohen, President, Ivy Cohen Corporate Communications

MC: Sep DiMeglio, UX & Accessibility Engineer, Microsoft

Interactive Videographer: Jeffrey Paul, Ziotag: advanced deep-tagging

In this episode, Frank and Andy speak with Lynn Langit and her journey from developer to quantum developer.

This episode is entitled "Developing for Quantum Computing" and is rated three Schroedingers, but don't let that scare you off.

Links

In this episode, Frank speaks with Andre Koenig.

Andre is an author, entrepreneur and an Investor in Quantum Technolgies.

This episode is entitled "The many inflection points of quantum technologies" and is rated two Schroedingers.

Thanks for listening to Impact Quantum.

Links

Transcript

In this episode, Frank and Andy welcome Brian Lenahan to the show. .

Brian is Founder & Chair of the Quantum Strategy Institute, a collaboration of quantum experts and enthusiasts from around the globe enabling business to understand the technology, its potential and its practical applications.

This episode is entitled "Quantum is Here" and is rated one Schroedinger.

Links

Brian's book "Quantum Boost"

https://www.amazon.com/Quantum-Boost-Computing-Supercharge-Business-ebook/dp/B08W8P1BRJ

Quantum Strategy Institute

https://quantumstrategyinstitute.com/

Transcript Coming Soon

In this episode, Frank and Andy welcome our first guest to the show.

Dr Mark Jackson is a Quantum Evangelist at Cambridge Quantum Computing, which may just be the best job title I have ever heard.

This episode is entitled "What and Why Quantum Computing?" and is rated one and a half Schroedingers. It could be 2 Schroedingers or just one. You will have to observe the entire episode to collapse the wave function.

Links

Cambridge Quantum Computing

https://cambridgequantum.com/

Transcript 

00:00:00 BAILey 

Hello and welcome to impact quantum. 

00:00:02 BAILey 

A podcast about quantum computing for developers and engineers. 

00:00:06 BAILey 

In this episode, Frank and Andy welcome our first guest to the show. 

00:00:11 BAILey 

Doctor Mark Jackson is a quantum evangelist at Cambridge Quantum Computing, which may just be the best job title I have ever heard. 

00:00:19 BAILey 

This episode is entitled what and why Quantum Computing and is rated 1 1/2 Schrodinger's. 

00:00:26 BAILey 

It could be. 

00:00:27 BAILey 

Two Schrodinger's or just one. 

00:00:29 BAILey 

You will have to observe the entire episode to collapse the wavefunction. 

00:00:33 BAILey 

Now on. 

00:00:34 BAILey 

With the show. 

00:00:36 BAILey 

But first, here's some dubstep. 

00:00:47 Frank 

Hello and welcome to impact quantum. 

00:00:51 Frank 

The podcast where we. 

00:00:52 Frank 

Explore this new. 

00:00:53 Frank 

Field of quantum computing from an engineer's perspective. Maybe you're a software engineer. Maybe you're a data engineer. 

00:00:59 Frank 

But you keep hearing about this thing called quantum computing, which is going to change everything. 

00:01:04 Frank 

And I happen to believe that it will change everything, and to that end I. 

00:01:07 Frank 

Hey I have my trusty co-host from data driven. 

00:01:11 Frank 

With me Andy Leonard. 

00:01:12 Andy 

Hey Frank, thanks for for bringing me along as folks will quickly learn, you know way more about quantum computing. 

00:01:20 Andy 

Than I do. 

00:01:21 Andy 

So I guess I'm just here for my pretty faves. 

00:01:24 Frank 

Of course, of course we are. 

00:01:25 Frank 

Actually recording this in video on teams, but come with me with us for the first time in impact quantum history. 

00:01:33 Frank 

We have a guest and it's Doctor Mark Jackson. 

00:01:36 Frank 

Uh, who has probably the coolest job title I have heard in about a decade or two? 

00:01:43 Frank 

Welcome to the show. 

00:01:43 Frank 

Mark, you're our first guest ever. 

00:01:45 Dr. Mark Jackson 

Thank you Frank. 

00:01:46 Dr. Mark Jackson 

Thank you Andy. 

00:01:47 Dr. Mark Jackson 

It's great to be here. 

00:01:49 Frank 

Uh, so as Andy said, you know, I do. 

00:01:52 Frank 

When I you know I would use the term knows more as a very relative term part of the if you're listening to the show and you've listened to the archives. 

00:02:01 Frank 

Part of the reason why we haven't had a lot of shows is because I really kind of hit my cerebral limit at the time to talk about so. 

00:02:09 Frank 

Given that quantum is still a relatively new field and there's a shortage of experts in the field, but I think you know we were. 

00:02:17 Frank 

I was blessed to get in contact with Mark where we can talk about kind of this with an expert because he's a quantum evangelist. 

00:02:27 Dr. Mark Jackson 

Yes, it's a. 

00:02:28 Dr. Mark Jackson 

It's a pleasure to be here and I am Cambridge, quantum quantum evangelist. 

00:02:33 Dr. Mark Jackson 

I'm glad you like my title. 

00:02:34 Dr. Mark Jackson 

It's it's pretty unique. 

00:02:36 Frank 

That is very cool. 

00:02:37 Frank 

Uhm so So what? 

00:02:39 Frank 

You know, what does a First off? 

00:02:41 Frank 

How did you get into quantum? 

00:02:43 Frank 

What's your background? 

00:02:44 Frank 

Is your background in quantum physics? 

00:02:46 Frank 

Or computing or. 

00:02:46 Dr. Mark Jackson 

My background is in yes, so my background is actually in superstring theory, if you're. 

00:02:51 Dr. Mark Jackson 

Familiar with that? 

00:02:53 Dr. Mark Jackson 

Yeah, for 15 years I did that. 

00:02:54 Dr. Mark Jackson 

I earned my pH. 

00:02:56 Dr. Mark Jackson 

In string theory from Columbia University under the supervision of Brian Greene, who you might recognize. 

00:03:02 Dr. Mark Jackson 

And then I did it. 

00:03:02 Frank 

In fact, he's the one. 

00:03:03 Frank 

Who's documentaries on string theory I I do enjoy? 

00:03:07 Dr. Mark Jackson 

Yes, I I'm actually in that, uh, I have a very brief cameo. 

00:03:10 Dr. Mark Jackson 

I was a student and and half my face is in it for. 

00:03:13 Dr. Mark Jackson 

Half a second. 

00:03:14 Dr. Mark Jackson 

Oh, very cool, very cool. 

00:03:16 Frank 

That's awesome, you're real selected. 

00:03:18 Dr. Mark Jackson 

So, uh, so, so yes, that was my moment of fame. 

00:03:21 Dr. Mark Jackson 

Uh, back when I was a grad student and so then I I did research in that area for about 10 years and I briefly did a tech startup doing scientific fund raising before I returned to teaching at Singularity. 

00:03:32 Dr. Mark Jackson 

University and that was where I first started hearing about quantum computing. This would be around 2016. 

00:03:40 Dr. Mark Jackson 

Uh so so. Quantum computing only existed academically when I was a student, and so I rarely heard anything at all about it and it was in 2016 people started talking about quantum computing, being commercially feasible, and I thought this was amazing because it was all the things that I I loved about physics. 

00:03:59 Dr. Mark Jackson 

Superposition and entanglement and all these crazy physics concepts. 

00:04:03 Dr. Mark Jackson 

Uhm they they started saying they could actually build machines and do this for you. 

00:04:08 Dr. Mark Jackson 

Whole things, and I thought that was amazing. 

00:04:10 Dr. Mark Jackson 

And so I started trying to get into the field. 

00:04:13 Dr. Mark Jackson 

I was giving presentations about quantum computing to executives, but I felt sort of like a cheerleader on the sides. 

00:04:20 Dr. Mark Jackson 

I actually wanted to be doing it, not just talking about it, and so I tried to get into. 

00:04:24 Dr. Mark Jackson 

The field. 

00:04:25 Dr. Mark Jackson 

And it was a bit frustrating because I didn't. 

00:04:28 Dr. Mark Jackson 

Have a background in quantum computing and I didn't know too many people in it, but I was very lucky that a friend of mine, a math professor at Berkeley where I was living. 

00:04:37 Dr. Mark Jackson 

He made an introduction to our CEO. 

00:04:40 Dr. Mark Jackson 

Ilyas Khan and it was very well timed because Cambridge Quantum was about three years old and everyone at the time was in the UK. 

00:04:51 Dr. Mark Jackson 

As the name might suggest, were basically virgins like. 

00:04:53 Frank 

Yeah, wasn't shared with Cambridge, England or Cambridge. 

00:04:55 Frank 

Massachusetts 'cause it could go either way. 

00:04:58 Dr. Mark Jackson 

Yeah, it's it's actually the old school, Cambridge, our company Origin story is is quite amazing. Ileus was chairman of the Stephen Hawking Foundation and in in 2014 Hawking told him I think quantum computing is going to take off. You should get into this business and so that's how we started because of Stephen Hawking. 

00:05:18 Frank 

That's amazing. 

00:05:19 Dr. Mark Jackson 

And so yeah, we we have one of the coolest origin. 

00:05:22 Dr. Mark Jackson 

Stories ever and so in fall of 2017 I I joined as one of the first American members of the team. 

00:05:31 Dr. Mark Jackson 

And so I've been there about four years, and it's been an amazing journey. 

00:05:35 Dr. Mark Jackson 

I I can't think of any other technology that's. 

00:05:38 Dr. Mark Jackson 

Advanced this rapidly. 

00:05:41 Frank 

I I will. 

00:05:41 Frank 

Say it's just even in the last, maybe 8 to 10 months. 

00:05:46 Frank 

The pace of innovation has gone through the roof like you start hearing these news and you know whenever I would look on YouTube for you know recent videos and you filter by like you know you'd have to look for like oh in the recent month for quantum anything about quantum computing. 

00:06:01 Frank 

Now it's the point where something new gets published every couple hours like. 

00:06:05 Frank 

It's it's it's. 

00:06:06 Frank 

It's just exploded. 

00:06:08 Dr. Mark Jackson 

Yeah, it's it's almost every week we some we see some new major announcement about a. 

00:06:14 Dr. Mark Jackson 

There's a new commercial project. 

00:06:15 Dr. Mark Jackson 

There's a new company being founded. 

00:06:17 Dr. Mark Jackson 

There's new investment. 

00:06:19 Dr. Mark Jackson 

There's there's some new technological advance. 

00:06:21 Dr. Mark Jackson 

It really is developing very quickly. 

00:06:23 Dr. Mark Jackson 

It's tough to keep up with with everything. 

00:06:26 Dr. Mark Jackson 

When I started four years ago, I remember some of my physics friends being a little skeptical. 

00:06:30 Dr. Mark Jackson 

Was quantum computing really a thing? 

00:06:32 Dr. Mark Jackson 

Was this a wise career decision? 

00:06:35 Dr. Mark Jackson 

And no one is questioning it. 

00:06:38 Dr. Mark Jackson 

Now there. 

00:06:39 Dr. Mark Jackson 

There's so so much money and so much talent being put into this. 

00:06:40 

It's not. 

00:06:43 Dr. Mark Jackson 

It really is amazing. 

00:06:45 Frank 

Yeah, I mean it's funny because you you know you'd said you didn't have a background in when you when you look to get into this in quantum computing, but I'm thinking like. 

00:06:54 Frank 

Who does? I mean? There are people, obviously, but I mean I could probably. I mean going back, maybe the 2000. 

00:07:01 Frank 

14 When Stephen Hawking kind of had his, you know, had his say and created your you know kind of inspired the launch of your company. 

00:07:10 Frank 

I would say there's probably maybe a dozen people worldwide would would would be in quantum computing, at least commercialization of it and not just the research. 

00:07:18 Frank 

So I find that I find that interesting because a lot of folks, when they look to to to get into a new career, even though I guess technically you're still heavy in. 

00:07:30 Frank 

In in, in the deep sciences I would call. 

00:07:33 Frank 

You know people, still you know with your pedigree. 

00:07:37 Frank 

Having worked under Brian Greene and even being in one of his documentaries, even if it's for a half a second I I mean you face that challenge. 

00:07:46 Frank 

So I think I think it I think for anyone here who's looking to transition into a quantum career, know that you know you are going to face skepticism, but I also think that there will be an inflection point and mark. 

00:07:56 Frank 

And tell me this has happened. 

00:07:57 Frank 

Now where the demand is going to be far outstrip the supply, that as long as you kind of know more than the average Joe or Jane on the street, I think that there's still good opportunity. 

00:08:11 Dr. Mark Jackson 

Right, you are correct that even a few years ago there were very few people doing quantum computing as a specialty, so quantum computing was first suggested about 40 years ago by Richard Feynman. 

00:08:23 Dr. Mark Jackson 

This physicist, when he pointed out that there were a lot of problems that we never could hope to solve using normal computers and a prime example is. 

00:08:31 Dr. Mark Jackson 

Is chemistry doing molecular simulations? 

00:08:34 Dr. Mark Jackson 

Is very difficult for a computer. 

00:08:35 Dr. Mark Jackson 

We can only simulate only the very simplest model. 

00:08:38 Dr. Mark Jackson 

Schools and so he pointed out we have to build a new type of computer, one based on quantum physics. 

00:08:44 Dr. Mark Jackson 

This was about 40 years ago and no one knew how to do this at any feasible level, and so there was there was academic progress, so research labs and such would work on this, but it wasn't anywhere close to being commercialized for many years. 

00:08:59 Dr. Mark Jackson 

And then it was. It was around 2014 that started to change. 

00:09:02 Dr. Mark Jackson 

So it's only in the past few years that quantum information science, the academic term for this. 

00:09:09 Dr. Mark Jackson 

Really emerged, so there are now several universities offering degrees in quantum information sciences, but that's a relatively new development. 

00:09:19 Dr. Mark Jackson 

Most of the people. 

00:09:21 Dr. Mark Jackson 

Kind of the older people just had to pick it up on the street. 

00:09:25 Dr. Mark Jackson 

They were there or their physics professors. 

00:09:27 Dr. Mark Jackson 

So like very few people who really did this or there are people who came from other areas of science and technology who were able to pick up enough. 

00:09:37 Dr. Mark Jackson 

For example, I'm not even on the scientific team. 

00:09:39 Dr. Mark Jackson 

I'm on the business team, so even though my background is in theoretical physics, I actually don't know enough that I could. 

00:09:46 Dr. Mark Jackson 

Be a scientist in this area. 

00:09:50 Frank 

Interesting, I see a lot of parallels with kind of how traditional computer science had kind of evolved, right? 

00:09:57 Frank 

First you had to be an electrical engineer. 

00:09:59 Frank 

Or have that kind of a pedigree? 

00:10:02 Frank 

Then then you know, as computational. 

00:10:07 Frank 

Well, computer science kind of came out into its own as an active separate academic discipline. 

00:10:12 Frank 

You know there was there, you know it kind of evolved from there. 

00:10:15 Frank 

And I I see. 

00:10:17 Frank 

You know, obviously we're we're pretty early, so we don't know how the movie is going to end, but I kind of seen this story structure before in that regard. 

00:10:25 Dr. Mark Jackson 

Yeah, that that's actually a very good analogy. 

00:10:27 Dr. Mark Jackson 

The computers that we have now look a lot like the computers from the 50s and 60s. 

00:10:32 Dr. Mark Jackson 

That there there are these big machines in big rooms with wires hanging out and you do have to be a specialized engineer fiddling with things and it changes on a day to day basis which parts are working or not. 

00:10:45 Dr. Mark Jackson 

Things are very experimental, they're very expensive to use. 

00:10:48 Dr. Mark Jackson 

Uh, only a few people really know how to use them. 

00:10:51 Dr. Mark Jackson 

There are some differences in that back then you had to be physically there next to the machine, whereas now we have the Internet. 

00:10:58 Dr. Mark Jackson 

So fortunately people can access it from anywhere. 

00:11:02 Frank 

Which is great in the pandemic. 

00:11:04 Dr. Mark Jackson 

Which is great during the pandemic that we can access these quantum computing machines, but but they are still experimental and engineers have to be on site to fiddle with them. 

00:11:12 Dr. Mark Jackson 

Things in a few years, though that probably won't be the case. 

00:11:16 Dr. Mark Jackson 

There will be a few people. 

00:11:18 Dr. Mark Jackson 

Uh, specialized in them, but a lot of people will be able to use them without having to be. 

00:11:23 Dr. Mark Jackson 

An expert in them, right? 

00:11:24 Frank 

So I mean, there's definitely this. 

00:11:26 Frank 

This evolution that's happening, and it's it seems to be picking up pace. 

00:11:31 Frank 

But what's...

In this episode, Frank announces the new website that will keep you up to date on all the happenings in the quantum computing realm.

This episode is entitled "Now is the Time to Prepare for the Quantum Computing Revolution" and was recorded on a livestream and is rated one Schroedinger.

Here is your host, Frank La Vigne.

Microsoft places Azure Quantum into public preview.

Does this mean that enterprises are going to start embracing Quantum Computing?

What can you do now to prepare for a quantum career?

Links

http://franksworld.com/2021/01/25/quantum-computing-for-computer-scientists/

https://techcrunch.com/2021/02/01/microsofts-azure-quantum-platform-is-now-in-public-preview/

http://franksworld.com/category/quantum-computing/

https://www.zdnet.com/article/microsofts-quantum-cloud-computing-plans-take-another-big-step-forward/

Hello and welcome to Impact Quantum, a podcast about quantum computing for developers and engineers. 

This episode is entitled "Can Quantum Computing Prevent Another AI Winter?" was recorded on a livestream and is rated one Schroedinger. 

It also contains several movie references, such as World War Z, the Terminator, and Star Wars.  

Related Links:

Thanks for listening to Impact Quantum. 

We know you're busy and we appreciate you listening to our podcast.

But we have a favor to ask: please rate and review our podcast on iTunes, Stitcher, or wherever you subscribe to us. 

Recently, Frank was debating the applications of quantum computing with a friend.

He then realize two things: it's about more than breaking cryptography and predicting the future is hard.

Oh yeah, and saving the world.

This show is rated 1 Schroedinger and was originally recorded live.

View the live stream here:

https://www.linkedin.com/video/live/urn:li:ugcPost:6712736063196057601/

In this episode, Frank explains Qubits and the math behind them.

This episode is rated 2 Schrodingers.

Watch the live stream: https://www.linkedin.com/posts/frank-lavigne_impact-quantum-whats-a-qubit-activity-6707702289219493890-Obaj

Transcript

Voiceover 

Hello and welcome to this episode of impact quantum. This episode is titled freaking qubits how do they work? 

Voiceover 

Only Frank could Lincoln Insane Clown Posse mean to quantum computing so you are clearly in the right place to learn. This episode is rated to shredding's for some heavy maths content don't worry, it's not too scary. 

Frank 

Alright, so that. 

Frank 

Dubstep intro music means that this is impact quantum. The podcast for engineers who are curious about the coming revolution in quantum computing. I'm your host Frank Lavigna and my cohost will not be able to join us today. So as we promised in kind of the original show. 

Frank 

We're not going to kind of do that. We're gonna try to get to a more regular cadence. In these shows so this is show number Q. Although technically third in the series. 

Frank 

This show was rated 2 Schrodinger's 'cause. We will get into a little bit of technical detail but don't let that scare you off I'm going to talk about. 

Uh. 

Frank 

Cubits and Anne, how they work? My name is Frank Levin. Yeah, i'ma data in AI architect who got quantum fever not that long ago. In November 2019, when I saw kind of the The Amazing stuff that's just around the corner. 

Frank 

Um so today is about qubits and there's a whole meme about this. The original song referred to magnets. But I think if they were writing this song. Today, they would be writing this about. 

Frank 

Um. 

Frank 

They would write about. 

Frank 

Cubits hang on spotlight and performance hang on. Hey cool, it does that now Alright. They took my feedback let me start this over if you're watching this live I really appreciate it. I will be monitoring chat hey modern day tech. How's it going? 

Frank 

Uh, if you're watching this live, I appreciate you turning in live your listing later on the podcast. I will try to be very descriptive in the time that I have between now and. 

Frank 

My next meeting. 

Frank 

Alright so if if Insane Clown Posse were writing a new song. Today, they would probably talk about freaking cubits or how do they work? 

Frank 

So there was a whole Internet meme about it already on. To paraphrase something from one of the Guardians of the Galaxy movies, they didn't say fricking. You have been warned. 

Frank 

So this is a? 

Frank 

Part of my big quantum presentation called Quantum Physics in 30 minutes or less. 

Frank 

Um? 

Frank 

Bye for people who have mixed feelings about it, hence mathematics. 

Frank 

Um this is the big barrier. I think for a lot of folks when they want to get into quantum computing. There's a lot of math. There's a lot of weird, kind of quantum physics and you hear a lot of things, said about quantum if you do a search on the Internet on quantum. There's all sorts of interesting kind of metaphysical stuff, not going to touch into that, but what makes quantum weird. 

Frank 

Is how we normally interact with the world. We normally interact. You know whether it's a baseball, whether it's the moon, we interact, which known as Newtonian or classical mechanics, right? If I held a this smart phone. 

Frank 

Right and I Drop it. It's going to fall fall, the floor. Maybe the glass will break. Maybe it won't. 

Frank 

But it's not going to fire. Let it go. It's not going to go up and blast off and hit the ceiling. It's not going to stay there in place. If I were to able to throw this fast enough, I would be able to get this to the moon. If I get through this a little bit less faster than that, I could get this into orbit, right? So that's kind of how things work, right? If I. 

Frank 

Fight smacking against my other hand it's going to make a noise and possibly hurt, but we can all measure based on the mass of this and the acceleration. How hard of that force is going to hit across the hand. I guess if you're really clever you can figure out loud that smack would be. 

Frank 

Um, so quantum mechanics deals with stuff that's really, really small, basically smaller than. 

Frank 

A smaller than an Atom or at the atomic level, right? So at this point in our normal world you know, here is kind of the scale of a a human hair, or the. 

Frank 

100 micrometres 

Frank 

Then we get down into kind of the genes and the virus is somewhere between 10 to 100 nanometers. Nano being a billionth. 

Frank 

Um? 

Frank 

And viruses are obviously very much on people's minds these these days, but smaller than that smaller than proteins. You get molecules, small molecules, an atomic structures, so inside. 

Frank 

That Tomic structure is where things kind of start. 

Frank 

Getting different an I actually did listen to you and while I was on vacation, I read a book on quantum computing, an applied approach. Interesting book. 

Frank 

But there was even more fascinating book called Sinchronicity. 

Frank 

And it's about kind of. 

Frank 

The understanding the try the reach to understanding. 

Frank 

How the universe works from Plato. I'm talking about, you know, the forms in The Cave and all that kind of Philosophy. 101 stuff which you know obviously. 

Frank 

Uh. 

Frank 

At that time. 

Frank 

At the time was cutting edge all the way to kind of where we are now and how we understand stars and Fusion and quantum physics and particles and stuff like that. 

Frank 

So those are all the things that we 

Frank 

Have at multiple levels of understanding so overtime. 

Frank 

We've really gotten down to. We've always pursued the the forward March of science, if you will. So quantum physics. 

Frank 

Works a little differently an that book synchronocity really covers the weirdness of quantum mechanics and the struggles that 20th century physicists came when they came through and went through to understand it. In fact, this is a something that Einstein. 

Frank 

Himself was very sceptical of you'll. You'll see the probability plays a big role here and in Einstein was famously quoted as saying. 

Frank 

Um, that. 

Frank 

God doesn't play dice and. 

Frank 

So there's definitely a lot of interesting kind of ether personality conflicts to one of the gates is called a Hadamard Gate, and they talk about him. There's also three types of Pauli Gates at Poly X Poly. Why an Polly Z, and I wonder who is this guy Paulie that you know has so many quantum? 

Frank 

Logic, quantum computing, logic gates, and after him. And this book actually covers. He was kind of a big deal, not a household world, but word, but still kind of a big deal. So what quantum computers do is they take advantage of some of the quirks if you will, of quantum mechanics and the properties thereof. 

Frank 

I did warn you that this episode was going to be too schrodinger's. 

Frank 

We will talk about the stuff I don't fully understand it, so but I do understand a good bit of it and um. 

Frank 

Uh, we can kind of go through some of the particular properties that that this matter, so ultimately. 

Frank 

Quantum computers take advantage of all of the strangeness, if you will, for lack of a better term. 

Frank 

Of. 

Frank 

Quantum mechanics and in the same way that classical computers, whether it's your smartphone, the laptop I'm recording this on, take advantage of the. 

Frank 

Properties of electricity, right? They are called electronics. 

Frank 

After all, and 

Frank 

There's little electrons bouncing around inside those things and we take advantage of how that works and how semiconductors work. 

Frank 

So there's four or three kind of properties that really matter, um, and then all of these operators are kind of built on that, um. And then when I say operators, I mean. 

Frank 

Logic gate operators like you would have with and not. 

Frank 

Type of gates. Stuff for you really would only learn in either electrical engineering or kind of Comp sci kind of intro. Just kind of show you how things ultimately happen on the actual metal. 

Frank 

Of the chip. 

Frank 

Alright, so the first is the first element of this is really called a cubit. 

Frank 

An what you're seeing here is a bunch of math focused on. 

Frank 

Kind of basically discussing the state of the wave when you see that character, that means the state of the wave. This is basically the probability of it being or the state of it being. 

Frank 

Zero and one. 

Frank 

An ultimately. 

Frank 

How does that work? 

Frank 

Right so in a classical bit. 

Frank 

And this is everything every computer, you've ever used uses classical bits. You know basically a circuit is complete or it's not right. The The Gate is on or the gate is off now. 

Frank 

What makes qubits special is they have the ability. 

Frank 

To also be. 

Frank 

One and zero right based on the electron spin. 

Frank 

But 

Frank 

There's another state 1/3 state if you will, where it can be both zero and one at the same time. 

Frank 

This is called Super position. 

Frank 

And there there's a famous thought experiment called Schrodinger's cat, and basically it kind of breaks down into. 

Frank 

Until you examine, there's a cat in the box. The cat, or may not cat may or may not be dead, but until you open the box and observe it. 

Frank 

It the cat exists in both states, the cat, the cat is both alive and dead simultaneously. 

Frank 

This is kind of a combo state and this is zero and one right cat is a dead or the cat is alive and there's kind of this combo state. 

Frank 

The of in certainty basically where it is both can effectively be both zero and one. 

Frank 

And there's a great scene from the movie No. 

Frank 

Country for old men. 

Frank 

And basically it is. 

Frank 

This guy is making is a very threatening kind of bad guy, and, uh, he flips a coin. Why is my animated GIF not? 

Frank 

Playing, that's disappointing. 

Frank 

I guess if you're listening along. 

Frank 

Uh, this character here, basically. 

Frank 

Threatens this guy and he forces him to call the coin and and ultimately what happens is, um, he calls it and he gets it right, but the cinematography, the lighting that own the music, all really paint the thing that this guy could die. 

Frank 

Any second and it turns out that he. 

Frank 

He made the right call on the thing and the guy just walked away. It was a very bizarre moment in the film in a very kind of strange movie. 

Frank 

But at that point when. 

Frank 

We didn't know. 

Frank 

We weren't certain of the outcome of the state so that's kind of another example of of kind of that uncertainty of of state there. 

Frank 

Alright, so I did warn you that there is some math ahead an I am so the first time we're going to do something kind of highly technical, both as a live feed on LinkedIn, YouTube and Twitch, of course LinkedIn. 

Frank 

Um but we do have? 

Frank 

Um, I do, I will explain it in my humble way. If you think I'm doing this wrong. I very Mel very may well be doing it wrong, but. 

Frank 

I would encourage you to come on the show and explain it, the right way I am not a quantum physicist. I am not a particle physicist an I know. 

Frank 

I know math of AI and that's that's where I I Land Alright. 

Frank 

So superposition. 

Frank 

Is the idea of how does that happen? Well mathematically, ultimately, superposition is the state of both zero and one. 

Frank 

So in other words, superposition is 0 + 1 now. 

Frank 

I learned in kindergarten that 0 + 1. 

Frank 

Is 1 right or 0 plus any number is the same number, right? So how does that work? That doesn't make any sense and this for me this is the ah ha moment I had 'cause I attended a talk where he explained it very well. 

Frank 

So you're right. 

Frank 

If you're adding integers, absolutely 0 + 1 is just one, right? There is no third state, however. 

Frank 

What if you're adding vectors? 

Frank 

Now, if you are watching this or you're listening to this rather than watching it, think of a 0 as a horizontal line, right? And if you would describe that in Cartesian coordinates. 

Frank 

That would be. 

Frank 

One, zero right so that flat line represent is is is noted in Cartesian coordinates. 

Frank 

Is 1, 0. 

Frank 

Now a vertical line. 

Frank 

That is going up and down. 

Frank 

A would be described in Cartesian coordinates. 

Frank 

As zero, one. 

Frank 

So. 

Frank 

0, one. 

Frank 

For a vertical line. 

Frank 

And a one, 0 for a flat line. 

Frank 

Just think back to middle school math when you were drawing plots and charts and stuff like that and you all thought it was useless, right? Alright? 

Frank 

Adding those two states together. 

Frank 

You get. 

Frank 

Superposition, right? So think now are the 45 degree line that goes from. 

Frank 

That has can be described as one, one. 

Frank 

Here's the rub. You are not adding integers, you're adding vectors. 

Frank 

And once you start adding vectors. 

Frank 

You get to some interesting points of math. 

Frank 

And this is basically called linear algebra. 

Frank 

Some people call it matrix math, but essentially it's the same thing. 

Frank 

And what you're defining here. This is called bracket notation, which if you're wondering why Amazon called their new quantum service bracket, This is why this is known as bracket notation, where you have the pipe. 

Frank 

A letter denoting a variable and then it's not quite a greater than sign, but it kind of looks like one. 

Frank 

Alright, hopefully that makes sense. So vector math. Our matrix algebra has some very different has some very well defined rules. There are a little bit different than the math you learned. You know in kindergarten, elementary school matrices or not matrices. 

Frank 

Well, yeah it is a matrix. So so so these vectors, these matrices these vectors can be represented as matrices which have their own rules in terms of how they're multiplied. 

Frank 

Right, So what you're seeing on screen is that if I have a line that's defined by 1, negative 2 an I double that. I now have two. 

Frank 

And -4. 

Frank 

Yeah, this is really difficult to explain...

The very first episode of Impact Quantum.

Watch the livestream

https://www.linkedin.com/posts/frank-lavigne_quantum-compute-is-coming-activity-6700060953964232704-8JwD

Transcript (AI Generated):

This episode of the impact quantum podcast is rated one schroedinger and is entitled Quantum is coming. 

Speaker 1 

I'm Frank Lavigna an this is the very first episode of impact quantum quantum computing is about the radically change. 

Speaker 1 

Uh, how we live an work, so let's roll the intro. 

Speaker 1 

Alright, with me to my I think it's left on the screen. Here is my cohost from data driven Andy. Later, how's it going, Andy? 

Speaker 2 

Hey Frank is going awesome. 

Speaker 2 

How are you? 

Speaker 1 

I'm doing well doing well. I've got the I've I've got the fever. 

Speaker 1 

Do you? It's not covered. It's not Corona Squantum Fever. That's what I got. 

Speaker 1 

So Andy and I have another podcast data driven.tv where we explore the emerging fields of data science machine learning an artificial intelligence, and you're probably wondering what the heck are you data sciency data engineer guys doing here talking about quantum computing? 

Speaker 1 

For miles back, let me tell you a story. In November of 2019 this is back when people would actually travel places. 

Speaker 1 

And congregate in large groups without thinking twice. This is before the words Wuhan meat market. 

Speaker 1 

More commonplace before when Corona was just a beer I attended a conference called M labs or might machine learning and data science summit. It's an internal only kind of conference for Microsoft employees thrown by Microsoft Research where they kind of come out of the lab and they talked to us about kind of what's around. 

Speaker 1 

Pike 

Speaker 1 

And, um. 

Speaker 1 

This is the conference that I went to in 2016 where I had my ahha moment or you know about getting into this field right? I kind of. I was into data visualization and power BI and kind of Munging Data with Excel. 

Speaker 1 

But the engineering wasn't in me, was not satisfied. Then I discovered machine learning and artificial intelligence, and where that was headed. 

Speaker 1 

And when I came back from that conference, completely switched on about. This is the future. This is coming. It's here, it's you know it's it's on its way. 

Speaker 1 

Most people thought I was crazy. 

Speaker 1 

I mean, even I had my doubts about it, so yeah. 

Speaker 1 

Through 

Speaker 1 

A number of coincidences. It took me 4 or or other reasons, took me about four and a half years or 3 1/2 years to get back there. 

Speaker 1 

Um and the first day came and went. I didn't have that. Ah ha moment, so I'm like, well, you know, maybe that's just like a once or twice in a lifetime type. Ah ha moment. 

Speaker 1 

It happens, doesn't have sure sure. 

Speaker 1 

And. 

Speaker 1 

Then on the second day it was a hardware presentation. Now I can't talk about everything I saw, but that's when quantum computing was explained to Maine. 

Speaker 1 

And why? 

Speaker 1 

It is the next big thing. 

Speaker 1 

An I knew I was on the right track because when I came back I started telling other people that quantum is coming quantum quantum quantum. 

Speaker 1 

I sat it again like a ranting lunatic. 

Speaker 1 

And that kind of told Maine. 

Speaker 1 

That maybe I'm on to something because the next wave always looks crazy before it happens. 

Speaker 2 

Yeah. 

Speaker 2 

So. 

Speaker 1 

With that in mind, I attended, um I started studying quantum type computing articles and and Whatnot, and I even installed Q Sharp that night in the hotel. 

Speaker 1 

Then I opened up my. 

Speaker 1 

Brought on my Visual Studio. 

Speaker 1 

And, um. 

Speaker 1 

Was like OK, now what? 

Yeah. 

Speaker 1 

Um and once again, I'm trying to keep a growth mindset here when I first read a book on statistics. 

Speaker 1 

My first reaction was, uh, what did I get myself into? 

Speaker 1 

Right? 

Speaker 2 

But that's you know that's not a common Frank. A lot of people come into this an you know I don't. When you're starting out, who knows everything you're gonna learn and everything you gonna need to learn. 

Speaker 1 

Exactly right, and I think that there's going to be a lot of people. 

Speaker 1 

Um, that are going to be in a similar boat and. 

Speaker 1 

On our main show we kind of discussed this is that. 

Speaker 1 

It's hard for people to think back. I mean, it's hard for people to think back honestly about what life was like before Koven you know going yeah, getting into elevators like whoa other people. 

Speaker 1 

On that, at the same time. 

Speaker 1 

Things like that, but it's hard to go back even further to think that there was a time when only PHD's did data science right and then was right. 

Speaker 1 

Think about, Well, you have to go back to school like when I when I asked folks for advice on what to do at that summit actually in 2016. 

Speaker 1 

I know that one guy is like I just go back to school and get get PhD in statistics and this is before data science programs existed at universities, so this was really yeah. 

Speaker 1 

We forget how quickly this is moved. I mean now everybody and their cousin hasn't data science course and I don't mean that disparagingly, I just. 

Speaker 2 

Know there's just. 

Speaker 1 

A the Germans have a phrase. 

Speaker 1 

Um, it's been awhile, so I spoke German on daily basis. Just broke fall derval something like that was like the agony of choices and we kind of have that now which four years ago we didn't. But around three years. Three years or so ago, guy named Siraj Raval and I'll just drop his name. I won't say anything else opinion Wise had the ability. 

Speaker 1 

Not so much to conduct unique and custom research on his own. 

Speaker 1 

But he did have the gift. The true gift is true talent. 

Speaker 1 

Was explaining these complicated data science machine learning and artificial intelligence concepts in simple ways. 

Yeah. 

Speaker 1 

And it is a rare gift that if you can understand something, you can explain it now. Richard Feynman, a noted physicist. He says if you can't explain it, you don't understand it. 

Speaker 1 

Or you can't explain it simply you don't understand it. Something like that. I totally butchered that. 

Speaker 2 

Now you got it, yeah? 

Speaker 1 

So the key here and the goal for this show is going to be just that, like the ability to explain this. 

Speaker 1 

And, um, in in in a clear and simple way that engineers can understand. Maybe not your Grandma. 

Speaker 1 

Unless your grandma happens to be a particle physicist. 

Speaker 1 

It happened, I had a great aunt who was sister to my grandmother who was an engineer which back when in the 40s and 50s was a woman engineer was was quite an accomplishment in the military, no less too. 

Speaker 1 

And it was not Grace Hopper, No, but. 

Speaker 1 

Um, though that would have been cool. 

Speaker 1 

In any case, um, the key here. 

Speaker 1 

Is that we want to explain this in ways that software engineers and data engineers would understand? 

Speaker 1 

And that's our goal for this show. 

Speaker 1 

And. 

Speaker 1 

Now, the best way to set up a learning scenario, which I in the last four years or so I have made learning a priority in my life, right? Yeah, I have the numbers to prove that 266 certifications since December 2016. 

Speaker 1 

So. 

Speaker 1 

That I don't say that to show off, I just showed that to saying like I got. You know, it's just become who I am now. It's become a habit. Yeah, I don't know where I was going with that, but. 

Speaker 1 

The best way to set up. 

Speaker 1 

The learning here is the notion for learning is to set up a reason why right. If you if you want to learn something, you're going to be far more motivated and far more likely to capture that information and retain that information. 

Speaker 1 

And. 

Speaker 1 

So. 

Speaker 1 

Let's start there. Why why should you learn quantum computing? Why? Why is this? Like with the data science world is rockin, right like AI is rocking? Yeah, it is rocking. However, winter may be coming right to continue that Game of Thrones theme. And I'm going to try to share my screen. 

Speaker 1 

An if you were listening to just the audio, don't worry. I will explain this in a um. 

Speaker 1 

In a way. 

Speaker 1 

That makes sense. 

Speaker 1 

Um, hopefully. Let's see if I get that screen up. 

Speaker 1 

Alright, So what you're seeing here is an article. It's from Venturebeat they basically warn. 

Speaker 1 

Researchers at MIT warn that Dean is approaching computation. It's now what does that mean? Well, I thought the cloud had infinite scalability. Well, it it kind of does, but there is a practical upper limit that we are starting to bump up against. 

Speaker 1 

And this is kind of the thing that got my attention, so this article is from July, but I heard this in. 

Speaker 1 

Um, late last year? Kind of about it. You know this is becoming a problem and let me explain why this is a problem. 

Speaker 1 

Um? 

Speaker 1 

Because let's take GPT 3 for example. So GPT 3 is an. 

Speaker 1 

A natural language processing model. 

Speaker 1 

It took about. 

Speaker 1 

Our 175 billion parameters in right? So that was just the input level like in terms of what it what it could do. 

Speaker 1 

It took a certain amount of time to train that and it took costs somewhere between 5:00 and $12,000,000 depending on depending on who's answering the question. 

Right, yeah? 

Speaker 1 

GPT 2. 

Speaker 1 

Only only had 1 1/2 billion parameters. 

Speaker 1 

Right, yeah, that's a That's an order of magnitude greater right 175 from 1.5. 

Speaker 1 

If there was ever going to be. 

Speaker 1 

A Jeep 4. 

Speaker 1 

We're now looking at. 

Speaker 1 

Um? 

Speaker 1 

We're now looking at. 

Speaker 1 

I totally lost my train of thought. 

Speaker 1 

OK, alright thank you for handling the comments and. 

Speaker 2 

Yeah, that's what I'm I'm. 

Speaker 1 

Looking for streaming this live. I actually I might edit this part out of the RSS feed, but the I announced the show on roopesh show on Wednesday. He has an Instagram life thing going on, so I announced the show. So that gave me a little bit of extra leverage to do this. 

Speaker 1 

Um on time today, but the short of it is, is that we are hitting these limits, so you can imagine what a GPT 4 would have would have trillions of parameters. 

Speaker 1 

And I don't know if this is going to be. What's the cost going to be? Is it going to be exponential rise? But at some point we are going to run out? 

Speaker 1 

Of. 

Speaker 1 

Keep you. 

Speaker 1 

And certainly doing this at scale, we are going to run out. 

Speaker 1 

What this means? 

Speaker 1 

Is somewhat concerning. Kind of, you know, three to five years out. Is that the innovation in research is going to stop. 

Speaker 1 

Right, yeah and. 

Speaker 1 

Then, once the innovation research stops, the new products that come out that get venture funding then ultimately get bought by some of the big tech firms is going to start slowing down. 

Speaker 2 

That is going to, oh, that's what we call winter, right? 

Speaker 1 

Right, that's a I winter an if you think this is implausible, I urge you to take a look at history because this has happened before. 

Speaker 1 

And we are at the early stage of this, potentially happening again. Predicting the future is hard by the way. In case you didn't know. 

Speaker 1 

But if you. 

Speaker 1 

Look at the advancements that were made in artificial intelligence from I mean, Alan Turing. 

Speaker 1 

Um came up with the notion of the Turing test, kind of defined kind of the core principles of what we call the field of artificial intelligence today. 

Speaker 1 

This is a 70 year old we're in the 7th decade of AI. 

Speaker 1 

Right now to read some of the breathless press releases from various companies, you would not think you would think that AI started about 2000 nine 2010. 

Speaker 1 

Not true. 

Speaker 1 

But at every stage that there's been advancements in AI and I'm talking going back to the 60s. 

Speaker 1 

And even in the 80s. 

Speaker 1 

When the concept of Neural Networks were really pioneered and kind of used. 

Speaker 1 

At every time there was a burst of innovation. 

Speaker 1 

And at every time. 

Speaker 1 

The innovation outpaced compute ability. 

Speaker 1 

To keep up, yeah. 

Speaker 1 

So then that led to AI winters, so including the worst AI winter so far has been um from the mid 80s till about 10 maybe 12 years ago. 

Speaker 1 

Now, that doesn't mean that research doesn't happen in that field in the mean time, I actually. 

Speaker 1 

Took my first. 

Speaker 1 

Course in artificial intelligence in 1990. 

Speaker 1 

4 now was the 2nd semester, so it was. 

Speaker 1 

It was 1995 or 1994. 

Wow. 

Speaker 1 

And nine years began with a one. 

Speaker 1 

Right crazy there are people that are. 

Speaker 1 

Probably watching this that aren't even they weren't even live then, and my professor at the time noted researcher in the field X IBM doctorate distinguished engineer. I mean smart guy. 

Speaker 1 

But he was like, oh, this is gonna be the next paradigm. This is going to be. And basically it was. 

Speaker 1 

Prolog was a Prolog programming course. 

Speaker 2 

Yeah. 

Speaker 1 

An the final I kept waiting for like OK where's the AI coming from like where is he coming from and and that ah ha moment never came and it was just basically kind of. 

Speaker 1 

A hybrid of inference and. 

Speaker 1 

Recursion and was like that's it. 

Speaker 1 

An A lot of these expert systems that were that he was an expert in expert system, so that's very meta, right? There were essentially if you kind of Peel the covers back, they were essentially just a ton of ifdef statements. 

Speaker 1 

Yeah. 

Speaker 1 

Again, where's the AI in that, right? 

Speaker 1 

Right, so that really set me up for to not be a nonbeliever so so much the point when I saw some of the early work before they were cognitive services, this was kind of they were just still in the research lab. 

Speaker 1 

They had a DC Tech Fair which is essentially researchers coming out to DC at the Microsoft Office will kind of show off what they're working on, and a number of it was computer vision and artificial intelligence. 

Speaker 1 

And I saw this thing where he he he uploaded a picture to this program and it it was a picture of a cat. 

Speaker 1 

He was a picture of a cat. 

And. 

Speaker 1 

He uploaded it and the description came back saying, hey, this is a picture of a cat. 

Speaker 1 

And I'm like I looked. I looked at that and I was like my first part of it was like yeah, that's cool. Then my sinic kind of came out and I was like, Yeah, but it's probably some kind of weird inference recursion thing going on. 

Speaker 1 

So I kind of walked away and continue filming the rest of actually filmed the event. You can check out the video on YouTube. 

Speaker 1 

Which we will link in the show notes. 

So. 

Speaker 1 

That left me very sceptical of what the state of the art was. It wasn't until I saw kind of what the real state of the art was at a follow on event the year later, the ha moment that I had the Blues brothers moment as we've often referred to in a data driven dot TV show, so that takes us to today, 2020 or 2019. 

Speaker 1 

Is when I was there, I actually recorded a dated point right in front of the...

In this first show, Frank explains the goal of the show, its purpose, and cat-based rating system.

Transcription (AI Generated)

Audio file 

showzero.mp3 

Transcript 

Speaker 1 

Hello, my name is Frank Lavigna and together with my Co host Andy Leonard we spent the last three years exploring the emerging fields of data science, machine learning and artificial intelligence. On our show. Data driven. 

Speaker 1 

Now it's time to take a leap. A quantum leap. Yes, I know it was a cheesy TV show from the 80s and 90s, but I'm not talking about that. I'm talking about the leap into quantum computing. Quantum computing is about the change. The world as we know it. 

Speaker 1 

And if you think that's hyperbole, think back to about 20 years ago before the iPhone, before the iPad. And for more recent example, think about what life was like before data science and AI became, well, household terms. I think quantum computing over the next decade is going to have the same type of impact. 

Speaker 1 

And that's why this show is called impact quantum 'cause quantum computing and advances in quantum technology are going to radically change our day-to-day experience and interactions with technology and what's possible. 

Speaker 1 

In this show, we will explore this emerging new field from the point of view from software engineers and data engineers. Because right now there's a lot of material out there that presumes you have advanced knowledge of particle physics or advanced theoretical physics. 

Speaker 1 

Just like data science. A few years ago required a PhD in statistics or calculus. I think that there's a huge opportunity here to help people. 

Speaker 1 

Re skill and build up their schools in what is never really going to become a new gold rush. A quantum algorithm, gold rush. And if you think that's crazy. Yeah, maybe it is, but I really think that quantum computing is ability to add a third state to the binary right instead of being one and zero, it's in a state of superposition where it could be both at the same time. 

Speaker 1 

Now that is kind of a big concept to get your head around and trust me, I have been fascinated with this since November of 2019 and I'm currently recording this in August of 2020. 

Speaker 1 

But don't worry, we got you covered. Each show I will explain in my limited capacity. 

Speaker 1 

Each show I will explain a particular aspect of quantum computing and how it applies to software engineers or data engineers in a way that you know can kind of relate to us and how we think. 

Speaker 1 

Additionally, if I can get some experts on the topic to kind of come on the show when I can kind of quiz them and ask them type of questions that I have and I'm sure you have as well, I will do that now since the show will have kind of varying degrees of difficulty. We're experimenting with a rating system that would rate the level of difficulty in terms of how. 

Speaker 1 

Easy or difficult, the subject matter will be in that show and just for fun, I'm calling them schrodinger's right, so we'll write each show from one to five Schrodinger's an. I even have a cool little graphic of a cat that will show how difficult that is in the show notes, but I just want to let you know from the get go and the opening of the each episode. I will have a rating. 

Speaker 1 

Mentioning that this is 1 schroedinger, so you know it's kind of easy. It's kind of good in introductory information all the way to 5. Schrodinger's where you know, maybe you shouldn't be driving while you listen to it, 'cause there's some pretty heavy concepts coming in, so I just want to make this my goal for this show is to make quantum computing accessible and quantum programming accessible for people who are already in software engineering. 

Speaker 1 

And people who are just getting started. This is going to be the next wave and I look forward to exploring and trailblazing with all of y'all. Thank you.