When will quantum computing have its breakout moment?

Catalyst · 16 Jul 2026 · 40m

What this episode covers

Bob Sorensen, chief analyst for quantum computing at Hyperion Research, explains that while governments have committed over $50 billion and VC funding has surged, quantum computing remains in a pre-commercial 'noisy intermediate-scale' phase. He argues that current 'quantum advantage' claims, such as Google's Willow chip simulation, are often based on artificial benchmarks with no real-world relevance, and that the industry must overcome the significant hurdle of error correction to produce useful logical qubits. Sorensen predicts fault-tolerant systems in 3-4 years, noting that 85 hardware vendors is too many for the ecosystem and that market consolidation is inevitable to avoid an 'AI winter' style downturn.

Other shows on the same ground, closest first.

  • Moore's Lobby · 55m

    Quantum Computing: Sci-Fi Technology Requires Real-World Engineering

    Dr. Oliver Dial, CTO of IBM Quantum, explains the engineering realities behind IBM's superconducting quantum processors, including the Heron and Condor chips. He details the transition from classical to quantum computing, the critical role of cryogenic systems operating at millikelvin temperatures, and the specific packaging innovations like the Eagle stack-up that enabled scaling to 1,000+ qubits. Dial also discusses error mitigation techniques, the challenges of qubit frequency collisions, and the future of modular quantum systems.

  • The Amp Hour · 1h 49m

    Quantum Computing with Andrea Morello

    Andrea Morello, a Scientia Professor at the University of New South Wales, explains the physics of silicon-based quantum computing, detailing how phosphorus dopant spins serve as qubits and the role of single-electron transistors in readout. He discusses the critical challenges of error correction, the necessity of isotopically purified silicon to reduce magnetic noise, and the architectural differences between universal quantum computers and application-specific devices like D-Wave's annealers. Morello also addresses the timeline for breaking RSA encryption, the rise of quantum-safe cryptography, and the emerging ecosystem of quantum startups and educational initiatives.

  • Moore's Lobby · 53m

    Ep. 34 | The Latest from the Lab: How IBM Research Is Inventing What's Next

    Dr. Jeffrey Welser, IBM's Vice President of Exploratory Science and University Partnerships, discusses the intersection of fundamental research and industrial application. He details IBM's progress on the 2 nm chip, the shift from classical scaling to multi-core and specialized architectures to manage power, and the potential of analog computing for AI workloads. The conversation also covers the mechanics of superconducting quantum computers, the importance of open-source collaboration in quantum software, and the role of government funding in sustaining semiconductor innovation.

  • Being an Engineer · 49m

    Yonatan Cohen | Quantum Computing

    Yonatan Cohen, co-founder and CTO of Quantum Machines, explains the fundamental principles of quantum computing, distinguishing qubits from classical bits through superposition and interference. He details the physical implementation of quantum systems, such as superconducting circuits cooled to near absolute zero, and discusses the current state of the industry, which is moving from noisy, small-scale prototypes toward fault-tolerant machines. Cohen highlights Quantum Machines' role in providing the control layer, or quantum orchestration platform, that bridges classical software with quantum hardware for various research and enterprise clients.

  • EE Times Current

    The Queen of Quantum | Space Docs and The Right Stuff | The Best Interviews

    George Leopold, author and space historian, discusses his criteria for the best space documentaries, highlighting films like 'First Man' and 'The Right Stuff' and their historical accuracy. Modvenet, a quantum computing researcher at CEA Lety, explains the race in high-performance computing, detailing qubit types like superconducting and silicon spin, and the specific advantages of quantum annealing for optimization problems. EE Times editors review their favorite 2019 interviews, covering Graphcore's AI chips, Maxim's PUF security technology, Taiwan's AI policy, TDK's sensor vision, and the safety distinctions between ADAS and autonomous vehicles.

The summary, chapters and topics are generated from the episode’s audio by this directory, not written by Catalyst. The episode itself belongs to its publisher.