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  • Podcast
    Podcast | PQC Survey Says … What 4,000 Professionals Are Doing About It — with Entrust
    I'm always asked the same question when talking to customers about the threats of quantum computing and the move to post-quantum cryptography. What are similar companies doing about it? It’s only been half a year since the NIST standards were published, but we’re starting to see some traction. Join host Konstantinos Karagiannis for a chat with Samantha Mabey from Entrust about an interesting…
  • Podcast
    Podcast | The Fall and Rise of a Quantum Company Boosting Algorithmic Development – with Sumit Kapur of Zapata Quantum
    Zapata’s back! A tough stretch including a difficult SPAC deal, a brief move into AI, and a $20 million debt forced the company to shut down in 2024. But in this episode, Sumit Kapur, CEO of Zapata Quantum, talks with host Konstantinos Karagiannis about how the company made a remarkable comeback. They discuss the intense restructuring, the strong support from the quantum computing industry, and…
  • Podcast
    Podcast | Open-Source Quantum Sensing at DEF CON — with Quantum Village
    DEF CON 33 approaches, bringing with it the fourth year of Quantum Village. Nothing like getting hands-on with quantum computing and sensing technology at the world’s leading hacking conference. To that end, this episode explores the open-source quantum sensing device and software that our guests Mark Carney and Victoria Kumaran are presenting in Vegas. And yes, for the third year in a row, host…
  • Podcast
    Podcast | Quantum Threat Modeling at DEF CON — with Mark Carney and Victoria Kumaran of Quantum Village
    August in Vegas brings intense (but dry) heat and the annual Summer Hacker Camp of events. Arguably, the most fun and intriguing of the bunch is DEF CON (August 8-11, 2024), the world’s leading hacking conference, 32 years strong. The show features the third year of the Quantum Village. And for the second year in a row, host Konstantinos Karagiannis will be speaking. Join him for a chat with Mark…
  • Podcast
    Podcast | Quantum Networking and Interconnect in Production — with Aliro
    To modify a Feynman quote, we can safely say that no one understands quantum … networking. The definition does mean different things to different folks. Sometimes, the best way to solidify a concept is to bring it to the real world. It turns out there is a way to experiment with quantum networking, and you wouldn’t believe how it’s already being used to interconnect different quantum computing…
  • Podcast
    Podcast | PQC Standards Arrive! What You Need to Know — with NIST
    They’re here! After a seven-year process, NIST has finally released the first standards for post-quantum cryptography. The industry is excited and optimistic about the future, but what does it mean for you and your organization? In an interview recorded right before the August 13 release, you’ll hear how we got here with the quantum computing threat, what standards were selected and what…
  • Podcast
    Podcast | Cracking Encryption by 2030? – with Dean Kassmann of IonQ
    IonQ is poised to redefine the quantum computing landscape, projecting a staggering 80,000 logical qubits by 2030—potentially unlocking the power to crack encryption. NIST has us on a timeline to upgrade to post-quantum cryptography (PQC) by 2035, so this 5-year gap may spell doom for cybersecurity. Of course, these machines will also revolutionize industries from finance to drug discovery to AI.…
  • Podcast
    Podcast | ML-KEM Cocreator Unlocks Lattice-Based Cryptography — with Joppe Bos
    When NIST released the first post-quantum cryptography standards in August 2024, it set off a domino effect that will hopefully result in protecting the world from the quantum computing threat. Now that we’re beginning to migrate and trust our data to lattice-based cryptography, it’s a good time to examine how ML-KEM works and get some hints about how to implement it well. And who better to ask…
  • Podcast
    Podcast | Error Correction Breakthrough (20X Boost) — with Photonic
    Quantum computing needs low-overhead error correction to truly scale. Building thousands of qubits to end up with a couple of useful logical ones feels like a bad strategy. Photonic recently published a paper describing a new type of error correction code that promises a 20X reduction in the number of qubits needed to run quantum algorithms that solve real business problems. Are these so-called…
  • Podcast
    Podcast | Spin Qubits: Sensing Heartbeats to Dark Matter — with Argonne National Laboratory
    The word “foundry” might make you think of large machines pouring metal into molds, but Argonne National Labs has a Quantum Foundry that implants individual atoms, like silicon, into materials such as diamond. The resulting spin qubits are optically active and can use photons to communicate. We can expect spin qubits to help interconnect systems, which could help us achieve distributed quantum…
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