Statistical mechanics, both classical and quantum, is a highly successful
framework to describe physical systems at thermodynamic equilibrium. Most
natural phenomena, however, are truly non-equilibrium systems. For their
description, more advanced techniques are needed. This course provides an
overview of nonequilibrium statistical physics. It covers fluctuating for-
ces and the Langevin equation, fluctuation and response relations, disor-
dered systems and non-Gaussianity, long-range correlations and memory, as
well as pattern formation. Applications include biological systems, move-
ment ecology, and soft matter systems.
- Kursleiter*in: Ralf Metzler
ePortfolio: Nein