Professors

Quantum nonlinear optics
Bright quantum light
Entangled photons

Theory of strongly correlated solids
Dynamical molecular field theory
Quantum mechanical many body systems far beyond equilibrium

Astro particle physics
Ground based gamma astronomy with H.E.S.S. and CTA.
Galactic gamma sources
Development of advanced reconstruction and analyzing algorithms

Biomechanics of cells and tissues
Molecular and cellular mechanosensing and mechanotransduction
Microscopy techniques in cell biology
Active matter and complex living systems

Surface physics:
Electronic structure of metal and semiconductor surfaces
Ultra thin metal films
Photoelectron spectroscopy with femtosecond laser excitation

Astroparticle physics
Gamma astronomy
Origin of cosmic rays
Search for dark matter

Loop quantum gravity
General theory of relativity
Cosmology
Quantum field theory

Solid state and quantum optics
Nano-optics
Single molecule microscopy and spectroscopy
Plasmonics

Cellular Biophysics
Biophotonics
Biomechanics
Biophysical Medicine

- Treatment of strongly correlated compounds with material-realistic models: transition metal oxides, correlated surface lattices, organic superconductors
- Spectroscopy from photoemission (PES, ARPES) to core level techniques (XAS, RIXS, NIXS)
- Cluster extensions of dynamical mean-field theory

quantum simulation
quantum computing
superconducting circuits
dissipative quantum many-body systems
quantum optics

Quantitative spectroscopy of hot stars in the UV and optical spectrum
Physics of stellar atmospheres
Empirical studies on the late evolution stage of stars and on the structure of the galaxy

Medical engineering for the cardiovascular system
Biomaterials, materials for cardiological implants
Biosignal processing
Monitoring of cardiovascular respiratory system
numerical simulation of physiological processes

X-ray and neutron diffraction for crystallography and material sciences
Real structure and properties of polycrystalline and semicrystalline materials
Rietveld method
Questions on element distribution
Texture and internal stress measurements
Diffraction in complex sample environments

Nano optics
Strong field physics
Attosecond physics
Laser based particle accelaration
Plasmonics
Quantum optics
Electron optics
Quantum electron microscopy

Vibronic properties of solids
Semiconductor spectroscopy
Applications of photovoltaics

Photonic crystal fibers (PCF)
Nonlinear optics in PCF and dynamics of ring cavities

Astroparticle physics
Detection of high energy cosmic neutrinos in neutrino telescopes
Acoustic particle detection
TeV gamma astronomy
Detector development

Quantum-nanowire electronics with wide-bandgap semiconductors
Interactions in low-dimensional Dirac/Weyl-Fermion systems (2D layered materials)
Helical nanostructures – growth, cooperative and anisotropic electronics & optics in the PT-violating regime

Optics design and simulation,
Microstructuring
Diffractive optics
Optical measuring technique

Surface physics
Scanning tunneling microscopy (STM) and non contact scanning force microscopy (NC-AFM)
Structure and reactions of molecules on surfaces

Nano physics and quantum optics
Optomechanics
Decay time of coherence in quantum systems
Quantum electrodynamics in superconducting circuits

Solid state physics: optical and electronical properties of novel low dimensional materials
Two-dimensional crystals, e.g. transition metal dichalcogenides, graphene/graphite, carbon nanotubes
Light-matter interaction and plasmonic structures

Statistical physics
Biophysics and soft matter physics
Geometry and topology
Tomography and scattering theory
Interfaces and thin films
Porous and granular matter

Interdisciplinary physics education
Didactical editing of current research topics
Advanced training for teachers at general secondary schools

Synthesis and structual investigations on nano particles
Study of defects in crystals
Development of simulation algorithms for the characterization of disordered crystals
Evaluation of diffuse X-ray and neutron diffraction patterns
Analyzing the pair distribution function of disordered crystals

Astroparticle physics,
Radio detection of neutrinos,
IceCube-Gen2, LOFAR,
Lightning and clouds

X-ray quantum optics
Atomic and nuclear quantum dynamics
Laser-matter interactions
Nuclear clocks

Electronical and optical properties of semiconductor surfaces
Electronics and electro chemistry of semiconductor-electrolyte interfaces
Electronics of particulate systems,
Synthesis and characterisation of diamond

Quantum gravity
Loop quantum gravity
General theory of relativity
Alternative theories of gravitation
Quantum field theory in curved spacetime
Mathematical physics

Quantum optics
High resolution microscopy
Plasmonics
Nano biophotonics

Multiwavelength astronomy
Physics of the interstellar medium and supernova remnants
Star formation
Evolution of galaxies

Soft condensed matter
Quasi crystals
Jamming
Glassy dynamics and gels
Complex colloidal arrangements
Anomalous diffusion
Motility of bacteria

Theoretical solid state physics
Topological quantum systems
Correlated many particle quantum systems
Quantum magnetism
Frustrated systems

Surface physics
Electronic properties of nano structures and adsorbates on surfaces, many electron effects
Scanning tunneling microscopy and spectroscopy

Statistical physics of systems with reduced dimensionality: molecular modelling of reactive solid-liquid interfaces, complex transport, hydrodynamic interactions, self-propulsion
Biophysics: adhesive properties of membranes
Organisation and growth of tissues in modulating micro-environments
Mechanosensing and mechanotransduction

www.puls.physik.fau.de

General theory of relativity
Quantum field theory
Gauge theory
Cosmology
High energy and astroparticle physics
Mathematical physics

Structure and dynamics of complex colloidal systems
Dynamics in molecular liquids and membranes
Quasielastic and inelastic neutron scattering (QENS, INS),
X-ray and neutron small angle scattering (SAXS, SANS),
Molecular dynamics simulation

Electronic properties of solids: single molecule contacts
Epitaxially grown graphene
Molecular materials and high power semiconductors

High energy astrophysics (space based X-ray and gamma astronomy) with focus on emission processes from accreting black holes and neutron stars
Preparation of future satellite missions
Broadband emission from active galactic nuclei

Quantum phenomena with single stored ions
Quantum optics and photon statistics
Quantum information processing
Many particle entanglement
Quantum imaging