Person · Open Library
- Born
- 1953-03-05
- Works
- 3
Top works
- Mise en evidence d'un ordre orientationnel de type vitreux dans l'hydrogene et le deuterium solides
- Mesure du rendement quantique et de la duree de vie de la fluorescence des ions moleculaires par une methode de coincidences
- Quantum Machines
via Open Library + Wikidata
Listeners · Last.fm
- Listeners
- 6
- Total plays
- 30
<a href="https://www.last.fm/music/Michel+Devoret">Read more on Last.fm</a>
Recent publications · Crossref
5 total works indexed
- Colorimetric Method for Determination of Sugars and Related Substances
· 1956 · cited 41,793x
- AutoDock4 and AutoDockTools4: Automated docking with selective receptor flexibility
· 2009 · cited 22,393x
- General atomic and molecular electronic structure system
· 1993 · cited 19,071x
- The FAIR Guiding Principles for scientific data management and stewardship
· 2016 · cited 13,695x
- 2021 ESC Guidelines for the diagnosis and treatment of acute and chronic heart failure
· 2021 · cited 11,461x
via Crossref · CC0
Key facts
- Born
- Michel Henri Devoret , ( 1953-03-05 ) 5 March 1953 (age 73) , Paris , France
- Education
- Télécom Paris ( Dipl.Ing. ), University of Orsay ( DEA , PhD )
- Known for
- Transmon , Fluxonium , Quantum limited amplification
- Awards
- Ampère Prize (1991) , John Bell Prize (2013), Fritz London Memorial Prize (2014) , Micius Quantum Prize (2021), Comstock Prize in Physics (2024), Nobel Prize in Physics (2025)
- Fields
- Condensed matter physics , Quantum information , Quantum measurements
- Institutions
- Collège de France , Yale University , University of California, Santa Barbara
- Thesis
- Mise en évidence d'un ordre orientationnel de type vitreux dans l'hydrogène et le deutérium solides (1982)
- Doctoral advisor
- Neil S. Sullivan
- Doctoral students
- Vincent Bouchiat
via Wikipedia infobox
Key dates
- Born
- 5 March 1953
via Wikidata · CC0
Article
Michel Henri Devoret ( French pronunciation: [miʃɛl dəvɔʁɛ]; born 5 March 1953) is a French-American physicist. He is Professor of Physics at the University of California, Santa Barbara, and Professor Emeritus of Applied Physics at Yale University. He serves as the Chief Scientist for Quantum Hardware at Google Quantum AI. He is known for the development of various superconducting quantum computing architectures, including the quantronium, the transmon, and the fluxonium.
He shared the 2025 Nobel Prize in Physics with John Clarke and John M. Martinis for their joint work on macroscopic quantum phenomena in superconducting circuits.