DY 25: Critical Phenomena and Phase Transitions
Thursday, March 14, 2013, 09:30–12:45, H46
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09:30 |
DY 25.1 |
Computing melting temperatures of Na, Mg, Al and Si by pinning of solid-liquid interfaces in ab-initio calculations — •Felix Hummel, Ulf R. Pedersen, Georg Kresse, Gerhard Kahl, and Christoph Dellago
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09:45 |
DY 25.2 |
The role of phonons in the thermodynamics of Fe — •Michael Leitner, Jürgen Neuhaus, Karl Nicolaus, Winfried Petry, Bernard Hennion, and Arno Hiess
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10:00 |
DY 25.3 |
Critical Casimir forces between homogeneous and chemically striped surfaces — •Francesco Parisen Toldin, Matthias Tröndle, and Siegfried Dietrich
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10:15 |
DY 25.4 |
Online discussions modeled by an evolving Ising-like dynamics — •Julian Sienkiewicz and Janusz Hołyst
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10:30 |
DY 25.5 |
MC test of cluster definitions in nucleation simulations of the lattice gas model — •Fabian Schmitz, Peter Virnau, and Kurt Binder
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10:45 |
DY 25.6 |
Phase Transitions in Classical Lattice Gases with Three-Body Interactions — •Georg Maximilian Lohöfer
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11:00 |
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15 min. break
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11:15 |
DY 25.7 |
Continuous replica-symmetry breaking in mean-field spin-glass models: Perturbation expansion without the replica trick — Vaclav Janis, •Anna Kauch, and Antonin Klic
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11:30 |
DY 25.8 |
Searching for spin-glass ground states in a transformed energy landscape — •Markus Manssen and Alexander K. Hartmann
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11:45 |
DY 25.9 |
Stochastic Loewner evolution in the 2D Ising spin glass depends on boundary conditions — •Hamid Khoshbakht, Martin Weigel, and Jacob D. Stevenson
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12:00 |
DY 25.10 |
Efficient Monte Carlo Simulations of the Random-Cluster Model using a Dynamic Connectivity Algorithm — •Eren M. Elçi and Martin Weigel
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12:15 |
DY 25.11 |
Determination of line tension in the 3d Ising model using GPUs — •Benjamin Block, Suam Kim, Peter Virnau, and Kurt Binder
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12:30 |
DY 25.12 |
Anisotropy and universality: Critical Binder cumulant of a two-dimensional Ising model — •Boris Kastening
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