Click here for
today's program
Tea and coffee are available everyday
at 4 pm on the 2nd floor
Week 0: 10/09 -
14/09
13/09 Presentation session: From 2 pm on (10-15
minutes/presentation)
Max Ebbinghaus: Stochastic models for transport on
biological networks
Zoran Levnajić:
Collective
Behavior of Coupled Chaotic 2D Maps
Valerio Lucarini: Some open problems in climate dynamics and
climate diagnostics
Phil Howard: Anomalous Deterministic Diffusion in
Simple Maps
Gaurav Srivastava: Conserved mass models with fragmentation,
diffusion and aggregation
Sven Dorosz: Work distributions far from equilibrium in
quantum spin chains
Awadhesh Kumar Dubey: Kinetics of Phase Separation (Binary
mixtures)
Week 1: 17/09 -
21/09
17/09-21/09
Christopher Jarzynski: everyday, 10 - 12
am
Systems driven
away from equilibrium
Lecture
notes are available : pages 1-24, pages 25-48, pages 49-78, pages 79-97
17/09
Giovanni Gallavotti: seminar,
2-3 pm
Fluctuations in
quantum systems
Week 2: 24/09 -
28/09
24/09-28/09
David Ruelle: everyday, 10 am – 12 am
Nonequilibrium
seen from a dynamical systems viewpoint : SRB measures,linear response,
etc...
Lecture notes
26/09
Zoran Levnajić: seminar, 2 pm - 3pm
Quantum
Decoherence in Double-slit Scattering Experiment
27-28/09
: KPZ days
27/09 Day 1
Hans Fogedby - part 1: 27/09 at 2 pm
Growth
and Pattern Formation in the Kardar Parisi Zhang equation
Lectures
Herbert
Spohn: 27/09, 3:15 - 4:15 pm
Exact results
for the KPZ equation in one dimension
28/09
Day 2
Hans Fogedby - part 2: 27/09 at 2 pm
Growth
and Pattern Formation in the Kardar Parisi Zhang equation
Lectures
Léonie
Canet: 28/09, 3:15 - 4:15 pm
A
non-perturbative renormalization group approach to the KPZ equation
Pierre Le Doussal: 28/09, 4:15 pm
Week 3: 01/10 - 05/10
01/10-05/10 Bernard Derrida:
everyday, 2 pm – 4 pm
Nonequilibrium
steady states: fluctuations and large deviations of the density and of
the current
Lecture
notes are available : pages 1-24, pages 25-48, pages 49-78, pages 79-97
01/10, 02/10, 03/10
Felix Ritort: 10 am – 12 am
Single
molecule experiments: from physics to biology
04/10, 05/10
Pierre Gaspard: 10 am – 12 am
Nonequilibrium
transients and steady states from Hamiltonian dynamics
Lecture
notes are available : lecture 1: ppt
or pdf, lecture 2: ppt or pdf, lecture 3: ppt or pdf, lecture 4: ppt or pdf.
Week 4: 08/10 - 12/10
Focus meeting
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