Students and Postdocs working in David Hsieh's lab | © 2015 Elizabeth Eisenstein
News2025-03-01T11:43:37-08:00

Latest News and Publications

Welcome to The Quantum Revolution! A conversation with John Preskill.

Welcome to the Quantum Revolution (TQR)! John Preskill is featured in conversation with Antonella Navarro, host of the newly launched TQR podcast. Learn more about John Preskill’s path from particle physics to quantum information. Recorded [...]

February 6th, 2026|Categories: News, Podcasts, Uncategorized|Comments Off on Welcome to The Quantum Revolution! A conversation with John Preskill.

Resolving superconducting and correlated gaps in magic-angle twisted trilayer graphene

Atomically resolved image of twisted-trilayer graphene obtained by scanning tunneling microscope.Scale bar 10nm. Credit: Nadj-Perge Lab. Magic-angle graphene hosts robust unconventional superconductivity, yet its underlying mechanism has remained elusive despite years of investigation. [...]

February 4th, 2026|Categories: News, Publications, Uncategorized|Comments Off on Resolving superconducting and correlated gaps in magic-angle twisted trilayer graphene

Quantum learning advantage on a scalable photonic platform

An international, multi-institution effort has shown a significant speed-up in using quantum learning techniques to characterize physical systems. The researchers showed that while a classical, entanglement-free approach to these measurements would take 20 million years, [...]

September 26th, 2025|Categories: News, Uncategorized|Comments Off on Quantum learning advantage on a scalable photonic platform

A mechanical quantum memory for microwave photons

Superconducting qubits possess outstanding capabilities for processing quantum information in the microwave domain; however they have limited coherence times. An interface between photons and phonons could allow quantum information to be stored in long-lived mechanical [...]

August 15th, 2025|Categories: News, Uncategorized|Comments Off on A mechanical quantum memory for microwave photons
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