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Research

Prof. Dr. Frithjof Anders

  • decoherence and dissipation
  • spin dynamics in single molecular magnets (Mn12)
  • charge-transfer dynamics in biological systems
  • non-equilibirum dynamics close to quantum phase transitions
  • time-dependent numerical renormalization group
  • steady-state currents in interacting nano-devices
  • disorder in strongly correlated electron systems
  • Kondo and Ligand field effects in molecular electronics
  • transport through coupled quantum dots
  • local quantum critical phenonmena
  • dynamical mean field theory
  • magnetism and superconductivity in heavy-fermion compounds
  • non-Fermi-liquid behavior and magnetism in heavy-fermion compounds
  • transport through nano-devices
  • conserving approximation, many-body perturbation theory

 

Priv.-Doz. Dr. Ute Löw

  • stongly correlated quantum spin systems
  • spin phonon coupling
  • strong magnetic fields
  • quantum Monte-Carlo methods
  • density matrix renormalization group
  • exact diagonalisation
  • quantum computing