Prof. Dr. Ulf-G. Meißner

Schwerpunkte in Forschung und Lehre

Symmetry breaking and vacuum structure of QCD, Non–perturbative structure of the nucleon, Nuclear lattice simulations, Resonance properties from lattice field theory, Photo–nucleon and photo–nuclear physics, Effective field theory for nuclear forces & nuclei, Baryon chiral perturbation theory, Isospin violation and quark masses, Chiral perturbation theory beyond one loop, Radiative corrections for hadronic processes, Chiral extrapolations for lattice QCD, Baryon resonances in lattice QCD, Nuclear forces and few-nucleon systems, Chiral, scale and trace anomalies, Hadronic parity violation, Hadrons at finite temperature and density, Baryon form factors, Dispersion relations and their applications, Hadronic atoms, Hadronic B and J/ψ decays, Heavy-light quark systems, Charmonium and bottomonium transitions, Effective Lagrangians for electroweak symmetry breaking, Stochastic quantization of quantum field theories, Models of chiral symmetry breaking and dynamical mass generation, Topological solitons / Skyrmions, Casimir effects