Theory and Simulation of Complex Quantum Matter

Specific mission

The Theory and Simulation of Complex Quantum Matter group focuses on the design and characterization of quantum states of matter emerging from strong correlations and entanglement. We place particular emphasis on quantum simulators based on ultracold atoms and molecules, which provide a versatile platform to explore and control complex quantum phases. Our research combines advanced analytical approaches rooted in field theory with modern computational techniques, including tensor networks, quantum Monte Carlo, and density functional theory.

Main research topics

  • Quantum Simulation with ultracold atoms and molecules
  • Dynamical properties of massive vortices in binary condensates
  • Supercurrents and tunneling in massive many-vortex configurations
  • Dipolar quantum System
  • Quantum Algorithms
  • Topological insulators and superconductors
  • Lattice gauge theories
  • Fermionic and Bosonic Superfluids Dynamics
  • Atomtronic
  • Transport properties

Projects and publications