Interests & directions
Research
My research spans localization, nonequilibrium dynamics, quantum sensing, and quantum networks.
Localization and critical phases
I study Anderson localization, many-body localization, and mobility edges in disordered and quasiperiodic systems. My work considers coupled chains, network models, and random matrices, with a focus on critical phases and the interplay of extended and localized states.
Bose–Einstein condensates and nonequilibrium dynamics
I am interested in the dynamics of ultracold atoms, including coupled condensates and periodically driven systems. My work includes effective Hamiltonians in driven Bose–Josephson junctions and soliton and traveling-wave solutions in coupled one-dimensional condensates.
Open systems and non-Hermitian physics
My interests include non-Hermitian physics and phase transitions in open quantum systems. Related work explores the simulation of open quantum systems on universal quantum computers and criticality in the cavity-Ising model.
Quantum sensing and squeezing
I study quantum sensing and squeezing, including multiparameter squeezing with qudits. I also collaborate on quantum sensing with nitrogen-vacancy centers in diamond.
Quantum networks with neutral atoms
I am interested in quantum networks built from neutral atoms. My work explores cold atomic ensembles as quantum antennas for distributed networks of single-atom arrays.