Research

Our research interests include:

  • Quantum and classical chaos
  • Thermalization in isolated many-body quantum systems
  • Nonequilibrium many-body quantum dynamics
  • Localization in many-body quantum systems
  • Quantum-classical correspondence
  • Quantum control methods
  • Driven quantum systems
  • Multifractality
  • Self-averaging
  • Excited state quantum phase transitions
  • Decoherence

 

Grants:

NSF

(2021-2024)

“CCI Phase I: NSF Center for Quantum Dynamics on Modular Quantum Devices”

(CHE – 2124511)

NSF

(2020-2023)

“Nonequilibrium Quantum Matter: Timescales and Self-Averaging”

(DMR – 1936006)

NSF

(2017-2020)

“Physics of Interacting Quantum Systems with Phase Transitions”

(DMR – 1603418)

NSF

(2012-2017)

“CAREER: Studies of Dynamics and Control of Quantum Many-Body Systems Far from Equilibrium”

(DMR-1147430)

NSF

(2012-2017)

“KI-net: kinetic description of emerging challenges in multiscale problems of natural sciences”

(DMS-1107444) Research Network Proposal

 Research Corporation

(2009-2010)

Cottrell College Science Award: Transport Properties and Control in Low-Dimensional Quantum Many-Body Systems