Impact Quantum: A Podcast for the Quantum Curious

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.

• André on LinkedIn - https://www.linkedin.com/in/estrapadus/
• Watch on YouTube - https://youtu.be/Uozkyn4JKYk

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.

• Sébastien's LinkedIn - https://www.linkedin.com/in/s%C3%A9bastien-lussier-eng-12b50b6/
• Watch on YouTube - https://youtu.be/YKaVb-Zh7Qc

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.

• Thomas Baker on LinkedIn - https://www.linkedin.com/in/drbakerte/
• Watch on YouTube - https://youtu.be/hH8L6zKOn0c

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.

• Charlotte on LinkedIn - https://www.linkedin.com/in/charlotte-ovenden-38b00052/
• Watch this Episode on YouTube - https://youtu.be/xH2yiUOdE-g

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.

• Tal's LinkedIn Profile - https://www.linkedin.com/in/tal-david-5340b423a/
• The 50 most promising Israeli startups for 2026 https://www.calcalistech.com/ctechnews/article/p9n9w144o
• Watch on YouTube - https://youtu.be/oOyhUIYKaeI

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.

• Sam's LinkedIn https://www.linkedin.com/in/samkearney23/
• Haiqu.ai - https://www.haiqu.ai/
• Watch on YouTube - https://youtu.be/F0OQ9UlSlKM

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.

• Mostafa's LinkedIn - https://www.linkedin.com/in/mostafa-javaheri-moghadam/
• Watch this show on YouTube - https://youtu.be/J0xbQzSoW-k

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.

• Michael's LinkedIn - https://www.linkedin.com/in/michael-cubeddu/
• Video version of this interview - https://www.youtube.com/watch?v=IdBrtZn9rWU

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!

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

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.

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

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