Non-equilibrium quantum materials

Our research focuses on theoretical and computational nanophysics. With many-body quantum theory, we study the out-of-equilibrium dynamics of electrons and bosons at small length and short time scales, approximately nanometer and femtosecond orders of magnitude. The goal is to understand the microscopic nature of correlated quantum systems, potentially utilized in next-generation nano- and quantum technologies.
Quantum transport setup of a nanowire driven out of equilibrium
Quantum transport setup of a nanowire driven out of equilibrium

Table of contents

Research group type
Research group
Core fields of research
Basic natural phenomena and mathematical thinking
Research areas
Nanoscience Center
Materials physics
Second quantum revolution
Faculty
Faculty of Mathematics and Science
Department
Department of Physics

Research group description

Our research focuses on theoretical and computational nanophysics. With many-body quantum theory, we study the out-of-equilibrium dynamics of electrons and bosons at small length and short time scales, approximately nanometer and femtosecond orders of magnitude. The goal is to understand the microscopic nature of correlated quantum systems, potentially utilized in next-generation nano- and quantum technologies.

Research topics

  • Ultrafast quantum materials: time-resolved spectroscopies and quantum transport
  • Coupled out-of-equilibrium dynamics of electrons and bosons
  • 2D materials, excitonic systems, molecular and nanojunctions,
    (topological) superconductivity
  • Theory of non-equilibrium Green's functions, generalized Kadanoff–Baym Ansatz
  • Time-dependent Landauer–Büttiker theory
Keldysh time-contour, Kadanoff-Baym equations
Recent preprints on arXiv

Publications

Teaching

Past

Other participation

Research group

Group leaders

Riku Tuovinen

Riku Tuovinen

Senior Lecturer

Members

Joona Marjamäki

Doctoral Researcher

Leo Bellassai

Doctoral Researcher

Oscar Moreno Segura

Doctoral Researcher