Berlin 2008 –
wissenschaftliches Programm
DY 14: Statistical physics II (general)
Dienstag, 26. Februar 2008, 14:00–16:00, MA 004
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14:00 |
DY 14.1 |
Hauptvortrag:
When it helps to be purely Hamiltonian: Acceleration of rare events, enhanced particle and energy transport — •Dirk Hennig, Lutz Schimansky-Geier, and Peter Hänggi
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14:30 |
DY 14.2 |
Memory effects in the particles’ clustering in the Mean Field Hamiltonian model — •Angelo Facchini, Hiroko Koyama, and Stefano Ruffo
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14:45 |
DY 14.3 |
Estimating fixed points of complex dynamical systems - with an application to wind energy research — •Julia Gottschall and Joachim Peinke
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15:00 |
DY 14.4 |
Numerical estimation of Baxter-Wu critical amplitudes — •Wolfhard Janke and Lev N. Shchur
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15:15 |
DY 14.5 |
Critical Adsorption and Critical Casimir Force at Geometrically Structured Substrates — •Matthias Tröndle, Ludger Harnau, and Siegfried Dietrich
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15:30 |
DY 14.6 |
Free energy barriers of spin glasses — Andreas Nußbaumer, •Elmar Bittner, and Wolfhard Janke
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15:45 |
DY 14.7 |
Non-Fermi liquid regime in the 2D Hubbard model at weak-to-moderate coupling — •Hermann Freire, Eberth Correa, and Alvaro Ferraz
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