The National High Magnetic Field Lab in Tallahassee, Florida held its tenth annual Theory Winter School virtually from January 10 to 14, 2022.
This year's theme is non-equilibrium quantum matter. We aim to communicate exciting new developments in this area of condensed matter physics to a wide audience. Many aspects of this subject (eigenstate thermalization, many-body localization, quantum scars, Floquet theory, random circuits, etc.) have become active research areas thanks to new analytic insights and computational algorithms. We will initiate dialogue among various subfields and between theory and experiment, with an eye on simulating non-equilibrium dynamics on intermediate-scale quantum computers.
- Fabian Essler - BBGKY, Boltzmann equation and GHD
- Steve Hill - Directly Observing Quantum Spin Dynamics and Relaxation via Electron Magnetic Resonance
- Pedram Roushan - Quantum simulation with superconducting qubits
- Maksym Serbyn - A new form of ergodicity breaking from quantum many-body scars
- Romain Vasseur - Entanglement dynamics in hybrid quantum circuits (Abstract)
- Romain Vasseur - Entanglement dynamics in hybrid quantum circuits (Notes)
2022 Theory Winter School Videos
View the videos below or on the YouTube playlist.
Day 1 - Introduction
Day 1 - Anushya Chandran: Thermalization in quantum matter
Day 1 - Anushya Chandran: Many-body localization
Day 2 - Fabian Essler: BBGKY, Boltzmann equation and GHD
Day 2 - Joel Moore: Electron dynamics in ultraclean solids: Berry phases and fluid-like phenomena
Day 3 - Roderich Moessner: Floquet systems and time crystals
Day 3 - Pedram Roushan: Quantum simulation with superconducting qubits
Day 4 - Adam Nahum: Random circuits as models for chaotic dynamics
Day 4 - Romain Vasseur: Entanglement dynamics in hybrid quantum circuits
Day 5 - Maksym Serbyn: A new form of ergodicity breaking from quantum many-body scars
Day 5 - Steve Hill: Directly observing quantum spin dynamics and relaxation via electron magnetic resonance