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  • Podcast
    Podcast | Manipulating Quantum Matter Online - with Infleqtion
    We’ve all tried to imagine what goes on at the quantum level, but have you ever taken a photo of interference or grabbed a snapshot of quantum tunneling? Find out how to access quantum physics as a service and experiment with Bose-Einstein Condensates or BECs. This isn’t quantum computing, but it could lead to a whole new quantum-technology maker industry with real applications across sectors.…
  • Podcast
    Podcast | AI Meets Quantum in the Real World – with SandboxAQ
    There’s been much speculation about how fault-tolerant quantum computing might accelerate the power of artificial intelligence in the future. But what if those technologies switched roles? AI is already improving certain aspects of current quantum technology. Find out how businesses and verticals can start to use these techniques for real use cases in quantum sensing, simulation, and migration to…
  • Podcast
    Podcast | Logical Qubits Arrive - with QuEra
    Quantum computing needs error-corrected, logical qubits to exit the noisy intermediate-scale quantum (NISQ) era and bring real advantage to practical business and other use cases. A recent experiment at Harvard succeeded at creating 48 logical qubits on a neutral atom platform, and the techniques will be implemented in production systems in the future. We may have 100 logical qubits by 2026! Join…
  • Podcast
    Podcast | Benchmarking Quantum Computers with Super.tech
    Quantum volume. Algorithmic qubits. Qubit counts in general. What do they really tell us about the usability and power of a quantum computer? As we learned from classical computing, only benchmark software can really compare how systems perform different tasks. Super.tech is back to discuss their SupermarQ benchmark suite that gives us real performance data for quantum hardware. Guests:…
  • Podcast
    Podcast | Building a new Type of Quantum Computer with Superfluid Helium with EPiQC
    EeroQ is building a new type of quantum computing chip that  uses electrons in superfluid helium. The approach promises over 1-GHz gate speed, spin-state qubits with over 1-second coherence times, and high connectivity or “gateability.” Will these machines also be linkable or modular? In addition we discuss funding for quantum startups, the need for quantum knowledge by all – not just…
  • Blog
    Preparing for “Q-Day”: What Organizations Need to Know Now
    Quantum computing is advancing faster than many organizations are prepared for, but the U.S. government has made it clear that the time for agencies to get ready for “Q-Day” is now. Q-Day — the point at which quantum computers can break today’s widely used public-key encryption — is no longer just a theoretical concern for agencies and cybersecurity specialists. It’s becoming an urgent planning…
  • Podcast Transcript
    Transcript | The Quantum Economy 2.0
    We’re currently in the quantum economy 2.0. What was 1.0? We discuss this with someone who spent over two decades at the National Institute of Standards and Technology (NIST) and who now consults with companies on a range of policy issues relating to the quantum economy. We also explore the business outlook for various quantum computing and sensing technologies. Join host Konstantinos Karagiannis…
  • Podcast Transcript
    Transcript | Quantum Career Pathways
    According to one source, there are currently 1,600 job openings in quantum computing. Evidence of a skills shortage, no doubt. A shortage that is only likely to become a bigger issue moving forward. What does it take to start a quantum career path? Is a PhD a must-have? Join host Konstantinos Karagiannis for a chat on becoming part of our growing industry with Denise Ruffner from Atom Computing.…
  • Podcast Transcript
    Transcript | Becoming a Quantum Coder— with ColdQuanta
    Are you interested in becoming a quantum coder? The job market looks as large as the machines are cold. We’re all struggling in the quantum computing industry to find talent. Do you have what it takes? You may even be able to get started with less experience than you think. Join host Konstantinos Karagiannis for a chat about the path to this exciting career with Peter Noell from ColdQuanta. …
  • Podcast
    Podcast | High-Fidelity Qubits
    Getting to fault-tolerant quantum computing requires improving qubit quality. The dream of engineers is the “four nines,” or 99.99 percent fidelity. Quantinuum, well known for its H1 trapped-ion system, has found a way to achieve this elusive goal. Join host Konstantinos Karagiannis for a chat with Tony Ransford. Guest: Tony Ransford – Quantinuum
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