MOSHE FLATO LECTURE SERIES 2011
COLLOQUIUA IN MATHEMATICS AND PHYSICS
DATE: Thursday March 10, 2011
PLACE: Ben Gurion University, Senate hall
SCHEDULE (please see abstracts below):
9:30 - 10:00 Gathering, light refreshments
10:15 - 10:30 Rivka Carmi, Ben Gurion University president.
10:30 - 11:30 Mordehai Heiblum, See separate announcement.
11:35 - 12:40 Etienne Ghys, See separate announcement
- Lunch -
14:00 - 14:55 F. Duncan M. Haldane, Princeton
15:35 - 16:30 Cedric Villani, IHP Paris
Landau damping, or relaxation without entropy production: the limits
of Boltzmann's paradigm
16:35 - 17:30 Subir Sachdev, Harvard
Quantum criticality and gauge-gravity duality
LUNCH AND TRAVEL INFORMATION:
* Lunch will be provided to conference attendants.
* Free transportation from the train station at Kiryat Gat will be
provided to conference attendants. For those arriving by car, an entry
permit to Ben Gurion University campus will be arranged. For both of
these please contact the BGU mathematics department.
Ina 08 6461689 <firstname.lastname@example.org>
ADVANCE REGISTRATION FOR TRANSPORTATION IS REQUIRED.
WEBPAGE: For more information please see:
Subir Sachdev: "Quantum criticality and gauge-gravity duality"
Abstract: Quantum critical points (or phases) are special locations in
parameter space where the ground state wavefunction has long-range
and scale-invariant quantum entanglement between the local
degrees of freedom. Such points are also the key to explaining
a wide variety of experiments on many modern electronic materials.
In recent years, ideas from string theory on the duality between
quantum gauge and gravity theories have provided a new physical
on quantum criticality. I will give an overview of these developments
and their future prospects.
Cedric Villani: "Landau damping, or relaxation without entropy production:
the limits of Boltzmann's paradigm"
Abstract: Boltzmann's statistical entropy, the notion of macroscopic
irreversibility and molecular chaos, and the Boltzmann equation were at
the basis of a little conceptual revolution at the end of the nineteenth
century. In 1946, Landau shocked the scientific community by finding
irreversibility where there did not seem to be. This ended the reign of
entropy as the dominant explanation for irreversible behavior. It took
another 2/3 of a century before Landau's contribution was fully justified,
and, unexpectedly, related to some of the other most famous paradoxes of
classical mechanics. The present talk will explain in simple terms these
conceptual revolutions. It will be complementary to the preceding talk at
the Weizmann Institute, and independent of it.
Technion Math Net-2 (TECHMATH2)
Editor: Michael Cwikel <email@example.com>
Announcement from: Barak Weiss <firstname.lastname@example.org>