Quantum
Chaos and Nonequilibrium Statistical Mechanics
Supported
by
The Institute of Theoretical Physics
The
May
16-21, 2004
412
Taub (Arts and
Technion,
Program
Sunday 16th May
Introduction to Green-Kubo formula
Recent
Result on Energy Diffusion
The Kubo formula and quantum pumping
Dephasing of electron beams in vacuum by
electromagnetic
fluctuations
Fractality of deterministic diffusion in the
nonhyperbolic climbing
sine map
17:00-17:50 Henk van Beijeren,
Thermodynamic
formalism for dilute random Lorentz gases
Monday, 17th May
Classical
dynamics and its influence on quantum reversibility
and entanglement generation
Lyapunov spreading of wave packets
Loschmidt echo for a chaotic oscillator
Turbulent Drag Reduction
by Polymers: the Riddle and its Resolution
Fractal
properties of hydrodynamic modes
Dispersive
regularization approach to the Saffman-Taylor problem
Coalescence
and caustics in turbulent aerosols
Tuesday 18th May
Point perturbations of integrable billiards
The morphology of nodal lines: Random waves and
percolation
Greetings: Professor Peretz Lavie: Vice President for Resource Development
and External Relations
Vibrating solids and quantum chaos
Checking
cosmological scenario using superconductors
Transport properties of random quantum multibaker maps
17:00-17:50 Itzhack Dana, Bar-Ilan University
Hamiltonian Weak-Chaos Superdiffusion
Wednesday, 19th May
Semiclassical evidence for universal spectral
correlations
Semiclassical basis of spectral universality in
Quantum Chaos
A comment on quantum dissipation
Hydrodynamic Turbulence in Circumstellar Disks
Decoherence
Dephasing in disordered conductors under large
voltage bias
A new approach to noise in quantum mechanics
20:30 Departure for Dinner
After Dinner Talk: Professor Erez Braun, Technion
Why are physicists interested in Biology?
Thursday, 20th May
The onset of coherence in globally
coupled systems
Fluctuations
and large deviations in non-equilibrium systems in
contact with two reservoirs
Kinetic theory of fluctuations in conducting
systems
Equalities
and inequalities for transitions between nonequilibrium
steady states
Aspects of nonequilibrium
The uphill turtle race: how does nucleation of
matter start?
Friday 21st May
Time evolution and stationary states
of closed and of open
quantum systems
When
does simple Statistical Mechanics not work?
11:15-12:05 David Mukamel, Weizmann Institute
Traffic
jams and ordering in driven systems
Classical
and quantum fluctuation theorems for heat exchange
The
optimal switching time
Master
equation for reaction networks on submicron-size grains
Swimming
at low Reynolds numbers