Method development and application

Researchers at the division work on developing and applying a number of different theoretical methods and tools for quantum systems. Many of the methods can be applied to problems in a wide variety of scientific fields, both in physics and beyond. This methodological versatility is a hallmark for the division. After each method presented below, the researchers working with the method are listed in alphabetical order [links open researcher's homepages], contact them for further information.

Density functional theory

  • Ferdi Aryasetiawan
  • Gillis Carlsson
  • Andrea Idini
  • Erik van Loon
  • Stephanie Reimann
  • Claudio Verdozzi

Density matrix approaches / Quantum master equations

Dynamical mean field theory 

  • Ferdi Aryasetiawan
  • Erik van Loon

Exact diagonalization / Configuration interaction

  • Jakob Bengtsson
  • Stephanie Reimann
  • Claudio Verdozzi

Generator Coordinate Method

Many-body perturbation theory

Non-equilibrium Green’s functions 

Scattering theory

Time-dependent configuration interaction

Variational methods

Page Manager: peter.samuelsson@teorfys.lu.se | 2021-05-26