Research

Research topics of Thomas Bilitewski: entanglement and squeezing, quantum many-body scars, topology in dipolar systems, many-body chaos and Floquet dynamics.

• Chaos across Phase Transitions
  Chaos, the butterfly effect and quasi-particles across thermal phase transitions
• Chaos and Butterfly effect
  Chaos and the butterfly effect in a classical many-body spin system
• Dipolar Molecules and Squeezing
  Metrology and squeezing in two-dimensional dipolar molecular Fermi gases
• Emergent Topology in Spin Ladders
  Emergent Topology and Dipolar Spin Ladders
• Flat Bands and Disorder
  Exactly degenerate Flat Bands in presence of disorder on the Kagome lattice
• Floquet Engineering and Heating
  Heating in interacting Floquet-engineered quantum systems
• Hydrodynamics in Spin Systems
  Anomalous Hydrodynamics, KPZ Scaling and Solitons in the classical Heisenberg Chain
• Pauli Blocking and Cooperative Effects
  Pauli blocking and cooperative effects in 2D Fermi gases
• Quantum Many-Body Scars
  Ergodicity Breaking and Quantum Many-Body Scars
• Spin Liquids and Disorder
  New type of spin liquid in the bond-disordered Kagome-Antiferromagnet arrising from the interplay of disorder and geometric frustration
• Squeezing Phase Transitions
  Squeezing Phase Transitions and Entanglement Generation
• SU(N) Fermi Gases
  Understanding the thermodynamics of a SU(N) Fermi Gas
• Synthetic Dimensions
  Interactions and pair-superfluidity in synthetic dimensions