Impact Quantum: A Podcast for the Quantum Curious

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

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

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"