The 15 Best Quantum Computing Podcasts (2026)

Sebastian Hassinger and Kevin Rowney started this show as a personal study group back in 2020, and honestly that origin story still defines its character. These two genuinely want to understand quantum computing at a deep level, and they bring listeners along for the ride. The format is almost entirely interview-based, with guests who are actual research scientists, hardware engineers, and software developers working in quantum. Not executives giving marketing pitches, but people who can explain what a logical qubit actually means in practice.

With 79 episodes and a biweekly schedule that has held steady since 2022, the show has built a solid catalog. Hassinger works in quantum business development at AWS, so he knows the commercial side, but the conversations skew technical without becoming impenetrable. There is a real effort to define jargon when it comes up, and the hosts ask follow-up questions that a listener would actually want answered. Topics span quantum computing hardware, networking, sensing, algorithms, and theory. One episode might cover trapped-ion architectures, the next might focus on quantum error correction strategies.

The production quality is clean and professional. Episodes typically run 45 minutes to an hour, which is enough time to actually get into substance without dragging. The 4.5-star rating from 43 reviews on Apple Podcasts is well-earned. If you want a podcast that treats quantum computing as a serious scientific and engineering discipline rather than a hype vehicle, this is probably the strongest option available right now. It respects your intelligence without assuming you have a PhD.

Yuval Boger is the Chief Commercial Officer at QuEra Computing, and he has been putting out weekly episodes with remarkable consistency. At 153 episodes and counting, this is one of the most prolific quantum computing podcasts out there. Each episode features a different thought leader from the quantum ecosystem, covering both the business and technical sides of things.

The format works well because Boger has genuine industry credibility. He knows the right questions to ask, and his guests include startup founders, research leads, venture capitalists, and engineers building actual quantum hardware. You get perspectives from companies like IonQ, Rigetti, and smaller startups you might not have heard of yet. The conversations tend to run 30 to 45 minutes, which is a comfortable length for a commute or a lunch break.

What makes this show particularly useful is its breadth. It covers quantum computing, quantum sensing, and quantum communications, so you get a full picture of where quantum technology is heading commercially. Boger does not shy away from asking about timelines, business models, and what is actually working versus what is still theoretical. Full transcripts are available on his website, which is a nice touch for anyone who wants to reference specific technical points later. The weekly cadence means you are always getting fresh perspectives, and the guest roster reads like a who's who of the quantum industry.

Konstantinos Karagiannis hosts this biweekly series through Protiviti, and the angle is different from most quantum podcasts. The focus here is squarely on business impact. How will quantum computing affect cybersecurity? What should enterprises be doing right now to prepare? When does post-quantum cryptography actually matter? These are the kinds of questions that get serious treatment across 121 episodes.

The guest list is impressive. Karagiannis brings on researchers from organizations like NTT, experts in quantum-safe cryptography, and people working on real deployment timelines. He has a knack for keeping conversations accessible even when the subject matter gets dense. The show manages to bridge the gap between pure research and practical implications in a way that is genuinely useful for anyone working in technology or business leadership.

With a 4.9-star rating on Apple Podcasts, listeners clearly appreciate the approach. Episodes cover quantum money, self-destructing digital signatures, quantum networking, and the race to build quantum-resistant encryption standards. The biweekly schedule gives each episode breathing room, and the production is polished. If your interest in quantum computing leans toward "what does this mean for my organization" rather than "explain the physics to me," this is the show to prioritize. Karagiannis treats his audience like smart professionals who need actionable context, not a lecture.

Patrick Hynds brings cybersecurity expertise and Ciprian Jichici brings data science and AI chops, and together they explore how quantum computing intersects with the technologies that already run our world. With 134 episodes released on a semimonthly schedule since 2021, this show has built one of the deepest catalogs in the quantum podcast space.

The hook here is the intersection angle. Instead of just talking about quantum computing in isolation, the hosts examine how it connects to artificial intelligence, machine learning, and especially cybersecurity. A recent episode featured a conversation about the journey to quantum-safe infrastructure with an IBM researcher, and that kind of practical, forward-looking discussion is the show's bread and butter. The co-host dynamic works because Hynds and Jichici come from different backgrounds and push each other to explain things clearly.

Episodes tend to feature expert guests from both industry and academia, and the conversations feel organic rather than scripted. You can tell the hosts are genuinely curious and not just reading prepared questions. The production is consistent and professional. At 134 episodes, there is a rich back catalog to mine if you are new to the show. For listeners who care about the practical security implications of quantum computing and how AI and quantum might work together, this is one of the most focused and sustained efforts in the space.

Fanny Bouton and Olivier Ezratty bring a distinctly European perspective to quantum computing coverage, and that alone makes this show worth your attention. While most quantum podcasts come out of the US, DECODE QUANTUM interviews key players from across the global quantum ecosystem, including researchers and companies in France, Germany, the UK, and beyond.

With 84 episodes running typically 45 minutes to over an hour each, the conversations go deep. Ezratty is well known in the quantum community for his exhaustive annual reports on the state of quantum computing, so he brings real analytical rigor to the interviews. Bouton complements that with strong interviewing instincts. Together they create conversations that feel substantive without being dry.

The show covers hardware approaches, quantum algorithms, startup ecosystems, government funding strategies, and the geopolitics of quantum technology. Episodes release roughly monthly, which means each one feels considered and well-produced. The guest list includes researchers from major labs and executives from quantum startups that you might not encounter on US-centric shows. If you follow quantum computing and you only listen to American podcasts, you are missing half the story. DECODE QUANTUM fills that gap. The pace is thoughtful rather than breathless, and it rewards listeners who want to sit with complex ideas rather than skim headlines.

Brian Siegelwax hosts this weekly podcast from InsideQuantumTechnology.com, one of the most established quantum technology news outlets. With 80 episodes and a reliable weekly schedule, the show keeps pace with an industry that moves fast and generates a lot of noise.

The format leans toward analysis and discussion rather than straight news reading. Siegelwax has been covering the quantum industry long enough to have context that newer commentators lack. He can tell you why a particular hardware announcement actually matters, or why a funding round is more interesting than it looks on paper. Recent episodes have covered topics like certified unpredictability in quantum random number generation, which gives you a sense of how specific and technical the show is willing to get.

Backed by the InsideQuantumTechnology brand, the podcast has access to a wide network of industry contacts and conference attendees. The production is clean and straightforward. No unnecessary music beds or dramatic narration, just informed discussion about what is happening in quantum technology. The 4-star rating on Apple Podcasts reflects a solid show that consistently delivers useful information. For anyone who wants to stay current on quantum industry developments without scrolling through dozens of press releases, this is an efficient weekly summary from someone who actually understands what they are reporting on.

Frank La Vigne and Candace Gillhoolley describe their audience as "the quantum curious," and that framing tells you a lot about the show. This is not a podcast aimed at physicists. It is aimed at people who keep hearing about quantum computing and want to actually understand what the fuss is about, without feeling stupid in the process.

With 68 episodes on a biweekly release schedule and a perfect 5.0 rating on Apple Podcasts (albeit from a small sample), Impact Quantum has found its niche. The co-host dynamic brings energy. La Vigne has a technology background and Gillhoolley brings media and publishing experience, so together they ask questions from both technical and layperson perspectives. The result is conversations that feel balanced and accessible.

The show from Data Driven Media features interviews with quantum researchers, startup founders, and technology strategists. Episodes cover topics ranging from quantum hardware developments to how quantum computing might reshape specific industries. The biweekly pace means they have time to prepare thoughtful episodes rather than chasing every news cycle. What sets Impact Quantum apart is the genuine enthusiasm without the hype. The hosts are clearly excited about the technology but they do not oversell timelines or make promises about quantum supremacy arriving next Tuesday. That kind of measured optimism is refreshing in a space that often runs hot.

This show has been around since 2019, making it one of the earlier podcasts dedicated specifically to quantum computing. Ethan Hansen created it and hosted for several years before Shwetha Jayaraj (known as Shway) took over as primary host in early 2025. The transition brought fresh energy while keeping the show's core identity intact.

Quantum Computing Now covers news, basic concepts, and expert interviews across its 62 episodes. The 4.8-star rating from 28 reviewers on Apple Podcasts puts it among the highest-rated quantum shows available. The format mixes explainer segments with longer-form interviews, which makes it work both for newcomers trying to understand post-quantum cryptography and for people already familiar with the basics who want expert perspectives.

The show describes itself as covering "serious stuff" while refusing to take itself too seriously, and that self-awareness comes through in the episodes. Recent topics have included post-quantum cryptography and math culture, with guests from university research programs. The release schedule has been somewhat irregular over the years, with a notable hiatus in 2022-2023, but activity picked back up in 2025. The back catalog is genuinely useful for anyone building their understanding from scratch. If you want a podcast that started early in the quantum computing conversation and has evolved along with the field, this one has earned its reputation.

The name alone should tell you this is not your typical dry science podcast. Heisenberg's Hangover is a weekly quantum computing news show hosted by Michael and his AI professor co-host Q, and the result is something that manages to be both educational and genuinely entertaining. The tagline promises "quantum knowledge, simple, entertaining, understandable, and sometimes with a slight headache," which is about as honest as podcast marketing gets.

With 16 episodes and a consistent weekly release schedule, this is a newer entry in the quantum podcast space. The show covers developments from major players like IBM, Google, and IonQ, along with the physics concepts behind the headlines. Superposition, entanglement, quantum supremacy claims, and hardware milestones all get explained in plain language.

The approach is deliberately accessible. Michael and Q break down complex topics without dumbing them down, which is harder to do than it sounds. The weekly format means the show stays current with a field that moves fast, and the episodes are structured around the most important developments from the previous week. For listeners who find most quantum computing content too academic or too corporate, Heisenberg's Hangover offers a third option. It takes the science seriously while acknowledging that learning about qubits should not feel like homework. Still early in its run, but the consistency and tone suggest this one has staying power.

Here is something genuinely unusual: a podcast about PR and marketing communications specifically for the quantum technology industry. Veronica Combs, a quantum tech editor, writer, and PR professional, hosts this biweekly show through HKA Marketing Communications. If that sounds niche, it is, and that is exactly why it fills a gap no other quantum podcast does.

Across 44 episodes since 2023, Combs interviews quantum industry leaders, scientists, entrepreneurs, and communicators about how the quantum tech sector tells its story. How do you explain quantum computing to investors? How do startup founders build credibility in a field where the technology is still maturing? How should companies communicate about quantum capabilities without overpromising? These questions get real, practical answers.

Episodes run 20 to 37 minutes, making them easy to fit into a busy schedule. The guest list includes people you would not typically hear on a standard quantum science podcast, including marketers, PR strategists, and business development leads who are shaping how the quantum industry presents itself to the world. For anyone working in quantum technology on the business or communications side, this is essential listening. Even for pure science types, it offers a fascinating window into how the commercial quantum ecosystem actually works behind the scenes. The 5-star rating on Apple Podcasts, while from a small pool, reflects a loyal audience that values this unique perspective.

Three hosts bring very different strengths to this show. Anastasia Marchenkova handles the primary hosting duties, while Dr. Gavin Brennen and Dr. Peter Rohde contribute academic depth. The result is a podcast produced by BTQ Technologies Corp that manages to be both rigorous and listenable across its 19 episodes.

The Quantum State focuses on research and innovation, featuring expert interviews and detailed analysis of quantum computing breakthroughs. A recent episode explored room-temperature quantum computing with Marcus Doherty from Quantum Brilliance, which gives you a sense of how current the show stays with emerging developments. Episodes typically run 45 minutes to over an hour, allowing genuine depth on each topic.

The biweekly release schedule gives the team time to prepare well-researched episodes rather than reacting to every piece of quantum news. Having actual PhD researchers as co-hosts means the technical discussions have real substance behind them. Marchenkova asks questions that pull the conversation toward practical understanding, while Brennen and Rohde can push into theoretical territory when the topic demands it. The show covers quantum computing breakthroughs, company research progress, and innovative quantum products. For listeners who want their quantum computing information filtered through people with genuine academic credentials but presented in a conversational format, The Quantum State strikes that balance well.

Dan Holme and Stephen DiAdamo are the co-founders of Qoro and both formerly worked at Cisco, which explains the show's strong emphasis on quantum networking and communication. This is not just another "explain qubits" podcast. The Quantum Divide zeroes in on how quantum technology will transform networking infrastructure, and that specificity is its greatest strength.

Across 32 episodes, the hosts interview industry experts about quantum networking protocols, qubit control systems, and the practical challenges of building quantum communication networks. A recent episode featured a conversation with Lorenzo Leandro from Quantum Machines about controlling qubits, which captures the show's hands-on, engineering-focused approach. Episodes are designed for IT industry professionals who want to understand quantum concepts without needing a background in advanced physics.

The co-host dynamic between Holme (CEO) and DiAdamo (CTO) means you get both the business strategy and the technical implementation perspectives in the same conversation. The release schedule runs biweekly to monthly, and while the show took a pause in late 2024, the catalog remains highly relevant. For anyone working in networking, telecommunications, or IT infrastructure who wants to understand how quantum technology will affect their field specifically, The Quantum Divide is more focused and practical than broader quantum computing shows. It treats quantum networking as an engineering problem to solve, not a distant theoretical possibility.

Produced by Qblox, a company that builds quantum control electronics, this podcast has a distinctive angle. The subtitle says it all: fireside chats with quantum experts. Rather than news roundups or explainer segments, Quantum Builders sits down with the researchers, engineers, and entrepreneurs who are physically constructing the quantum computing ecosystem.

The show launched in late 2025 and has 7 episodes so far, releasing roughly every two to three weeks. A standout recent episode featured David Awschalom discussing spintronics and quantum engineering within the Chicago quantum ecosystem, running nearly an hour. That kind of in-depth, technically grounded conversation with a major figure in the field is what makes this show worth following despite its small catalog.

Because Qblox works at the hardware layer of quantum computing, the conversations naturally gravitate toward the physical challenges of building quantum systems. How do you scale qubit control? What are the engineering bottlenecks? How are academic labs and industry collaborating on real hardware? These are the questions that matter most for understanding where quantum computing actually stands, and the guests have firsthand experience answering them. The production is professional and the episodes give guests enough time to develop their ideas fully. For listeners who care more about the engineering reality than the market hype, Quantum Builders offers a front-row seat to how the technology is actually being built.

The IEEE name carries weight in engineering and technology circles, and this podcast from the IEEE Computer Society's Quantum Technical Community lives up to that reputation. Steve La Barbera hosts conversations with top thought leaders in quantum computing and engineering, and the institutional backing means the guest quality is consistently high.

With 4 episodes since its relaunch in August 2025, this is a young show building its catalog. But what it lacks in volume it makes up for in caliber. A February 2026 episode featured Jerry Chow, a prominent figure in IBM's quantum hardware program, which gives you a sense of the level of access the IEEE brand provides. The conversations are technically rigorous but structured for an engineering audience rather than pure academics.

The release schedule runs approximately monthly, and each episode focuses on a single guest and their area of expertise within quantum computing and engineering. The IEEE Quantum Technical Community is one of the organizations actually setting standards for the quantum computing industry, so the perspectives shared on this podcast carry more authority than your average interview show. For engineers, computer scientists, and technical professionals who want their quantum computing information backed by institutional credibility, this podcast offers something unique. It is still early days, but the foundation is strong and the guest access alone makes it worth subscribing to.

This is not a typical podcast and that is precisely why it belongs on your list. Forwards & Backwards is a six-episode limited series that tells the oral history of quantum computing, created to commemorate the 40th anniversary of the famous 1981 conference at Endicott House that essentially launched the field. Sebastian Hassinger, Matt Hooper, and Abraham Asfaw produced something that feels more like a documentary than a podcast.

All six episodes dropped simultaneously in May 2021, and together they form a complete narrative arc from the origins of quantum computing theory through four decades of development. The 4.8-star rating from 13 reviewers on Apple Podcasts speaks to how well this series landed. The interviews include researchers and scientists who were actually present at pivotal moments in the field's history, giving you firsthand accounts you simply cannot get anywhere else.

The production quality is noticeably higher than most quantum podcasts. This was clearly a passion project with real editorial planning behind it. Each episode builds on the previous one, creating a coherent story rather than a random collection of interviews. For anyone new to quantum computing, this series provides essential historical context that makes everything else you read and listen to about the field make more sense. For people already deep in quantum, it is a chance to hear the origin stories directly from the people who lived them. Finished and complete, it is a self-contained listening experience you can knock out in an afternoon.