Quantum computing could be a critical climate solution

Catalyst · 16 Dec 2021 · 51m

What this episode covers

Mark Cupta, a partner at climate-focused venture capital firm Prelude Ventures, argues that quantum computing is a critical enabler for climate change mitigation. He explains that while current noisy intermediate-scale quantum computers are small, they are beginning to solve optimization problems in logistics and simulate complex molecular interactions for material science and synthetic biology. Cupta predicts that within this decade, fault-tolerant quantum computers will accelerate the discovery of new battery chemistries, sustainable polymers, and efficient supply chain optimizations, effectively short-circuiting decades of brute-force research.

Mentioned

Companies
Prelude Ventures, IBM, Honeywell, Google, Microsoft, IonQ, Rigetti, PsiQuantum, Xanadu, D-Wave, Zymergen, Ginkgo, Deep Mind
Also
Q4 Climate

Other shows on the same ground, closest first.

  • 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.

  • Embedded.fm · 59m

    344: Superposition, Entanglement, and Interference

    Kitty Yeung, a Senior Program Manager at Microsoft Quantum Systems and creator of the fashion brand Art by Physicist, discusses the intersection of quantum computing and wearable technology. She explains core quantum concepts like superposition, entanglement, and interference, while detailing her work on the Constellation Dress, which integrates LED matrices from Lumen Couture. Yeung also highlights the challenges of transitioning handmade fashion prototypes into scalable products, advocating for a shift toward on-demand manufacturing to reduce the industry's significant environmental waste.

  • 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.

  • EE Times Current · 47m

    Decapitating Huawei & Recapitating America | Achievable Big Stuff: IBM’s 5 in 5 | How Steve Carlton Got His 300th Win

    Chris Miller, an economic historian at Tufts University, argues that the U.S. should focus government support for the semiconductor industry on basic research and ecosystem building rather than subsidizing domestic manufacturing, as seen in the Chips for America Act. Jeff Wesler, VP of IBM Research, discusses IBM's '5 in 5' initiative, which uses AI, high-performance computing, and quantum computing to accelerate the discovery of sustainable materials for challenges like CO2 capture, battery design, and nitrogen fixation. The episode also covers the historical context of U.S.-China trade tensions and a segment on the 1983 Soviet nuclear false alarm.

  • 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.

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.