antishock / Getty Images / iStock
antishock / Getty Images / iStock

Research foci

Research towards the degree Dr. rer. nat. can be performed in one of several fields, offered at the Department of Physics and Astronomy.

Research encompasses core areas of fundamental physics as well as inter­disciplinary border areas. In the core areas, research focuses on elementary particle physics, the structure and evolution of the universe, and the properties of complex classical and quantum systems. The interdisciplinary border areas include environmental physics, bio- and medical physics as well as technical computer science.

CONDENSED MATTER

Condensed matter at low temperatures

Correlated and quantum materials Hybrid and organic devices Theory of spectroscopy, dynamics and numerical methods for complex materials

BIOPHYSICS

Biomolecular assemblies and cellular biophysics

Theoretical physics of complex biosystems

MEDICAL PHYSICS

Radiation therapeutic physics

Medical imaging physics

ENVIRONMENTAL PHYSICS

Atmosphere

Aquatic systems

Climate

Simulation and Modelling

PHYSICS AND INFORMATION TECHNOLOGY

Application specific computing

Neuromorphic and quantum computing

Circuit design

Visual learning and image analysis

ASTROPHYSICS

Cosmic structure formation

Weak gravitational lensing

Structure of the Milky Way and galactic archaeology

Formation of stars and planets

Stellar structure and evolution

High-energy and non-thermal astrophysics

Galaxy formation and large-scale astronomical surveys

Gravitational wave astrophysics

MATHEMATICAL PHYSICS

Many-body physics, random tensors and field theory

Geometry and string theories

ATOMS, MOLECULES, PHOTONS

Optical Quantum Systems

Synthetic quantum systems

Ultra-cold quantum gases

Quantum dynamics of atomic and molecular systems

Quantum fluids

NUCLEAR AND HADRONIC PHYSICS 

Heavy-ion physics at the LHC

Heavy-ion physics at FAIR

PARTICLE PHYSICS

Particle physics at ATLAS

Particle physics at the LHCb

Astroparticle physics: Neutrinos and dark matter

Particle physics at mu3e

Theories beyond the Standard Model

COSMOLOGY

Dark energy and modified gravity

Physics of the early universe and particle cosmology

Fundamental quantum structure of spacetime