Physical systems

  • Atomic nanowires on semiconducting substrates.
  • Luttinger liquids in spinless fermion ladders.
  • Cuprate superconductors.
  • Novel magnets of interacting low dimensional systems.
  • Topological insulators.
  • Correlated quantum 2D systems.
  • Spin, transport and out-of-equilibrium physics of quantum dots.
  • Simulation of quantum computers and quantum-inspired classical algorithm.
  • Classical and quantum chaos.

Analytical and computational methods

  • Tensor Network States (TNS).
  • Exact diagonalization (ED).
  • Bosonization and field theoretical methods.
  • Analytical exact methods for low dimensional quantum systems.
  • Density functional theory for low dimensional quantum systems.
  • Quantum embedding methods.