Sagar Vijay: A Measurement-Driven Entanglement Transition In All-To-All Quantum Dynamics

Sagar Vijay: A measurement-driven entanglement transition in all-to-all quantum dynamics

Ultra Quantum Matter Simons Collaboration

BSS2023, Romain Vasseur, Measurement-driven entanglement phase transitions I, July 10

BSS Physics School

Dissipation, Adaptive Feedback, and New Possibilities for Mixed Quantum Matter with Sagar Vijay

BSS2023, Sagar Vijay, Random Quantum Circuits II, July 5

BSS Physics School

Oct 23, 2024: Thermalization and Quantum Information Workshop - Sagar Vijay [UCSB]

Q-FARM Stanford

BSS2023, Sagar Vijay, Random Quantum Circuits III, July 7

BSS Physics School

A solid state physicist's introduction to the measurement-induced entanglement phase transition

Sagar Vijay - Hybrid Fracton Orders (Part I)

Simons Center for Geometry and Physics

BSS2023, Sagar Vijay, Random Quantum Circuits I, July 3

BSS Physics School

Experimental Realization of a Measurement-Induced Entanglement Phase Transition w/ Austin Minnich

The Measurement-Induced Phase Transition in Open Quantum Many-body Systems

Sarang Gopalakrishnan - Learnability transitions in monitored quantum systems 10-16-23

Kadanoff Center for Theoretical Physics

Entanglement dynamics in hybrid quantum circuits ▸ Matthew Fisher #frontiers

Kavli Institute for Theoretical Physics

QIQT23 | Dr. Sumilan Banerjee - Classical limit of measurement-induced transition

A Combinatorial Approach to Complexity Transitions in Quantum Physics

Simons Institute

Jens Eisert - Some new ideas on tensor networks to capture entanglement in quantum many-body systems

Erwin Schrödinger International Institute for Mathematics and Physics (ESI)