Join Steven M. Girvin, Sterling Professor of Physics at Yale University, co-developer of the revolutionary Circuit Quantum Electrodynamics (Circuit QED) architecture, and founding director of DOE’s Co-Design Center for Quantum Advantage, for a candid discussion on the foundations and future of superconducting quantum computing.

From the original theoretical breakthroughs to the cutting-edge work on error correction, this is an opportunity to hear directly from one of the field's most influential pioneers about the path to fault-tolerant, scalable quantum systems.

This webinar will focus on:

The Blueprint of Modern Qubit Systems: Uncover the story behind the origins of Circuit QED and how it successfully translated ideas from quantum optics into the superconducting microwave circuits that power today's leading quantum computers.
Reflections on a Nobel Era: Hear Professor Girvin's personal reflections on the partnership with Michel Devoret, the recent 2025 Nobel Prize in Physics, and the theory-experiment collaboration that defined a generation of quantum research.
‍The Path to Scaling: Gain insight into the current bottlenecks and the most promising avenues for breakthroughs in scaling up superconducting quantum platforms to commercial size.
Fault Tolerance Closer to Reality: Explore the crucial work at Yale University that is advancing Quantum Error Correction, bringing the goal of reliable, fault-tolerant quantum computation closer to fruition.

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Join us for a live conversation as we dig into what it really takes to drive the future of quantum computing.

From Circuit QED to Quantum Error Correction

This webinar will focus on:

Register now !