

John Martinis
Nobel Prize–winning experimental physicist known for pioneering work on superconducting circuits and qubits that helped enable modern quantum computing research and industrial efforts.
Top 3 podcasts with John Martinis
Ranked by the Snipd community

797 snips
Oct 27, 2025 • 50min
Nobel Prize in Physics Winner: John Martinis on the State of Quantum
Join John Martinis, a Nobel Prize-winning physicist renowned for his groundbreaking work in quantum computing, as he takes listeners on a captivating journey through the world of quantum mechanics. He explains complex concepts like quantum tunneling and the role of superconducting qubits in modern technology. Martinis discusses the competitive landscape of quantum research between the U.S. and China, and reflects on the implications of AI for quantum advancements. Plus, hear his personal reaction to winning the Nobel Prize and his future scientific dreams!

Nov 26, 2025 • 49min
Macroscopic Quantum Tunneling with Nobel Laureate John Martinis
John Martinis, a Nobel laureate and pioneer in superconducting quantum circuits, joins the discussion to unravel the fascinating world of macroscopic quantum tunneling. He delves into the evolution of synthetic atoms and the importance of Josephson junctions in quantum technology. Martinis emphasizes the critical role of fabrication and error correction in scaling quantum systems. He also reflects on the transition from basic qubit physics to engineering challenges, and the collaborative spirit that initially defined the field before commercialization changed the landscape.

Oct 7, 2025 • 8min
First reactions | John Martinis, Nobel Prize in Physics 2025 | Telephone interview
John Martinis, a pioneer in quantum computing and 2025 Nobel Prize laureate, shares his delightful learning curve after receiving the award. He humorously recounts how his wife broke the news while he slept. In a fascinating discussion, Martinis reflects on his collaboration with fellow scientists, the evolution of quantum research into practical applications, and the engineering hurdles in building scalable quantum computers. He emphasizes the vital need for collaboration among researchers and companies to achieve commercial viability in the quantum technology landscape.


