Lecture courses

Fluctuations and dissipation in classical and quantum systems [1]
Javier Cerrillo
January - February 2018

Introduction to Monte Carlo Methods [2]
Matthew Dennison
January - February 2017

How Actin Polymerization Provides Force to Move Cells and Change Their Shape [3]
Anders Carlsson
October 2016

Introductory Lecture Course [4]
Project Leaders of GRK 1558
June - July 2016

Continuum approach to living matter [5]
Jaume Casademunt
Febuary 2016

Collective Motion in Active Systems [6]
Igor Aronson
November 2015

Optimal shapes in condensed matter and biological systems [7]
Myfanwy Evans
June - July 2015

Non-equilibrium master equations [8]
Gernot Schaller
January - Febuary 2015

Bifurcations in Systems with Symmetries [9]
Grigory Bordyugov
June - July 2014

Self-Organization in Inactive and Active Systems [10]
Raymond Kapral
April - May 2014

Stochastic Equations and Processes in Physics and Biology [11]
Andrey Pototsky
November - December 2013

Introductory Lecture Course [12]
Project Leaders of GRK 1558
April - July 2013

Reaction Diffusion Systems in Biology [13]
Sergio Alonso
October 2012 - February 2013

Stochastic Equations and Processes in Physics and Biology [14]
Andrey Pototsky
June - July 2012

Fokker-Planck Equation approach to the orientational dynamics of complex fluids [15]
Siegfried Hess
March 2012

Non-equilibrium master equations [16]
Gernot Schaller
October 2011 - February 2012

Introduction to Theoretical Semiconductor Optics [17]
Rolf Binder
June 2011

Theoretical and Nonlinear Optics - an Introduction [18]
Andreas Knorr
April - May 2011

Nonequilibrium dynamics of anisotropic fluid [19]s [20]
Siegfried Hess
February 2011

Dynamics of self-organized and self-assembled matter [21]
Raymond Kapral
October - November 2010

Statistical physics of soft matter: from passive to active materials [22]
Ignatio Pagonabarraga
May - July 2010

Introductory lecture course [23]
Project Leaders of GRK 1558
February 2010