The school will be structured around 5 long lectures (5 x 1,5 hrs) and 11 shorter ones (2 x 1,5 hrs).
Long lectures
- Bernard Derrida (Collège de France):
Current fluctuations and transport in non-equilibrium systems
- Mylène Maïda (University of Lille):
Large deviations in Coulomb gases: a mathematical perspective
- Hugo Touchette (Univ. of Stellenbosch, South Afrika)
A general introduction to large deviation theory from a physics point of view
- Eric Vanden-Eijnden (New York University)
Stochastic dynamics, rare events, and large deviations
- Pierpaolo Vivo (King’s College)
Large deviations in random matrix theory and Coulomb gas systems
Short lectures
- Ada Altieri (Univ. Paris Cité)
Theoretical models of ecology
- Freddy Bouchet (Ecole Normale Supérieure, Paris)
Applications of large deviations to climate science
- Sergio Ciliberto (Ecole Normale Supérieure, Lyon)
Experimental aspects of large deviations
- Martin R. Evans (Univ. of Edinburgh)
Large deviations in biophysics and resetting
- Juan P. Garrahan (Univ. of Nottingham)
Large deviations in quantum systems
- Alexander K. Hartmann (Univ. of Oldenburg)
Numerical aspects of large deviations
- Pablo Hurtado (Univ. of Granada)
Large deviations and fluctuations paths
- Vivien Lecomte (Univ. of Grenoble)
Large deviations in active systems
- Baruch Meerson (Hebrew Univ. of Jerusalem)
Optimal fluctuation methods
- Joachim Peinke (Univ. of Oldenburg)
Rare events in turbulence and applications
- Valentina Ros (Univ. Paris-Saclay)
Complex Energy Landscapes