Michel Devoret

Yale University / Google Quantum AI · Superconducting circuits & circuit QED

EngineeringRegion North AmericaUNVERIFIED
DATA STATUS NOTICE

This profile is an editorial working note. The affiliation and role wording have not been checked against an official page yet.

Why this person is here

His experiments on macroscopic quantum tunnelling in superconducting circuits established that an electrical circuit can behave as a controllable artificial atom. Circuit QED is the measurement and control architecture most superconducting quantum processors still rely on, so this is hardware lineage rather than a biographical footnote.

How it connects to the data on this site

Most superconducting companies in the registry inherit their measurement architecture from this line of work, which is why a hardware-route filter is often more informative here than a country filter.

Sources

Verification status: not verified. A source link is not a verification — the current wording of the affiliation still needs to be checked against an official biography.

Suggest a correction

Write to [email protected] with the profile URL and an original source. Verified changes are dated on the corrections log.

Elsewhere on this site

Funding rankings ↗Market caps ↗People ↗News briefs ↗Methodology ↗Corrections log ↗

Compiled by QuantumRoundup Research Desk · Reviewed by the Editorial Desk (every published event has its own hand-written editorial note)

Data cutoff (latest reviewed event): 2026-11 (month precision) · Page generated: 2026-11-06 · Editorial policy · Corrections log · Methodology