LECTURES |
Andreas Engel
|
- Lecture 1: Large deviations in Langevin systems.
PDF,
Video 913Mo
- Lecture 2: Large deviations for the empirical density and the empirical current.
PDF,
Video 388Mo
- Lecture 3: Applications to hydrodynamic systems.
PDF,
Video 631Mo
|
Oldenburg University
|
Luca Peliti
|
- Lecture 1: Thermodynamics of Information and stochastic thermodynamics.
Video 913Mo
- Lecture 2: Accuracy-speed-dissipation trade-off.
Video 1.3Go
- Lecture 3: Applications of Stochastic Thermodynamics to living systems.
Video 1.8Go
PDF of the lecture notes.
|
University of Naples
|
Vivien Lecomte
|
- Lecture 1:Introduction to large deviations, rare events and anormal distributions.
Video 533Mo
- Lecture 2: Numerical methods of evaluation of large deviation functions.
Video 729Mo
- Lecture 3: Dynamical phase transitions.
Video 2.1Go
From the point of view of methods, this should cover some aspects of:
- Spectral methods (deformed operator, largest eigenvalues methods)
- Extremum principles
- Macroscopic theory of fluctuations
|
Université de Grenoble-Alpes
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