Topological matter and its exploration with quantum gases
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Explores the dilute instanton gas approximation, perturbative corrections, and twisted partition function, emphasizing the avoidance of multi-instantons.
Delves into light-induced phase transitions in quantum materials, comparing them to equilibrium transitions and exploring the potential for realizing novel phases.
Delves into fragmentation in spin ice systems, covering magnetic ice rules, monopole vacuum, emergent gauge fields, topological defects, and quantum Monte Carlo simulations.
Explores exceptional transport robustness in anomalous topological scattering networks, highlighting the superiority of anomalous transport over Chern transport.
