Wolfhard Janke (Leipzig):
Reinhold Haberlandt (Leipzig):
Harald Morgner (Chem. Dept., Leipzig):
Confined systems: New theory and applications
Malte Henkel (Nancy, France):
Logarithmic extensions of local scale invariance
Hossein Hassani (Tehran, Iran):
Oscillations in delayed SIRS model on homogeneous networks (P)
Hamid Khoshbakht (Mainz):
The two-dimensional Ising spin glass at zero temperature (P)
Yuko Okamoto (Nagoya, Japan):
Generalized-ensemble simulations of spin models and biomolecular systems
Des Johnston (Edinburgh, UK):
Gonihedric Ising models: Order parameter(s) and dual(s)
Juan J. Ruiz-Lorenzo (Badajoz, Spain):
Probing universality in disordered first-order phase transitions: The case of the tricritical points.
Antonio Gordillo-Guerrero (Badajoz, Spain):
Complex temperature zeros in the partition function of the 3D Ising model
Alexander Hartmann (Oldenburg):
Rand-field Ising magnet with correlated disorder
Mark Taylor (Hiram, USA):
Partition function zeros and phase transitions of a polymer chain
Pádraig Mac Carron (Coventry, UK):
Mythological networks
Robert H. Swendsen (Carnegie Mellon University, Pittsburgh, USA):
How the maximum step size in Monte Carlo simulations should be adjusted
Oliver Melchert (Oldenburg):
Mean-field behavior of the negative-weight percolation model on random regular graphs
Marcin Zagórski (Krakow, Poland):
Motifs emerge from function in model gene regulatory networks
Heiko Rieger (Saarbrücken):
Strong roughening of spontaneous imbibition fronts
Tetsuro Nagai ((Nagoya, Japan):
Application of two-dimensional simulated tempering (ST) to the two-dimensional Ising model (P)
Karol Trojanowski (Krakow, Poland):
Resonance and pattern formation in the Kuramoto model with Manhattan delay
Francesco Parisen Toldin (Dresden):
Improvement of Monte Carlo estimates with covariance-optimized finite-size scaling at fixed phenomenological coupling
Sergio Perez-Gaviro (Zaragoza, Spain):
Anisotropy impact in the 3-D Heisenberg spin glass model
Arnulf Möbius (Dresden):
Optimization by local heat pulse - quenching cycles by means of GULP
Raquel Alvarez (Zaragoza, Spain):
Finite-dimensional Edwards-Anderson spin glass: Evidence of phase transition at nonzero magnetic field
Ferenc Iglói (Budapest, Hungary):
Quantum relaxation after a quench in systems with boundaries
Elmar Bittner (Heidelberg):
Parallel-tempering cluster algorithm for computer simulations of critical phenomena
Fakhteh Ghanbarnejad (IZBI, Leipzig):
Importance of single nodes for Boolean network dynamics
Antun Balaz (Belgrade, Serbia):
Numerical simulations of Faraday waves in binary Bose-Einstein condensates
Holger Perlt (Leipzig):
The non-perturbative part of Wilson loops
Hsiao-Ping Hsu (Mainz):
Structure and scaling analysis of stretched semiflexible polymer chains
Thomas Neuhaus (Jülich):
Precision calculation of spin-spin correlators in the Ising model via worm updates
Martin Hasenbusch (HU Berlin):
A Monte Carlo study of surface critical phenomena: The special point
Ulrich Behn (Leipzig):
Uthumporn Arsawang (Leipzig):
Christian von Ferber (Coventry, UK):
tba
Jeremi Ochab (Krakow, Poland):
Pair-factorised steady state model exhibits a condensate's growth on monolayers
Ewa Gajda-Zagórska (Krakow, Poland):
Hierarchic genetic strategy for solving inverse problems (P)
Semjon Stepanow (Halle):
Wolfgang Paul (Halle):
Anja Kuhnhold (Halle):
Siegfried Fritzsche (Leipzig):
Benno Werlich (Halle):
Mathieu Solar (Halle):
Meik Hellmund (Math. Dept., Leipzig):
Arwed Schiller (Leipzig):
Viktoria Blavatska (Lviv, Ukraine):
Polymer adsorption on a fractal substrate
Andrea Kramer (Leipzig):
Steffen Trimper (Halle):
Niklas Fricke (Leipzig):
Scale-free enumeration of self-avoiding walks on critical percolation clusters (P)
Pooneh Pilvar (Leipzig):
Handan Olgar (Leipzig/Ankara, Turkey):
Johannes Zierenberg (Leipzig):
Rainer Bischof (Leipzig):
Gaussian universality class of mixed quantum spin chains (P)
Martin Marenz (Leipzig):
Eugen Ehrenpreis (Leipzig):
Monika Möddel (Leipzig):
Comparison of grafted and non-grafted polymer adsorption in different ensembles (P)
Mathias Aust (Leipzig):
Martin Brehm (Chem. Dept., Leipzig):
TRAVIS - A free analyzer and visualizer for MC and MD trajectories (P)
Lars Wolff (Leipzig):
Hannes Nagel (Leipzig):
Sebastian Schöbl (Leipzig):
Daniel Rings (Leipzig):
Max Gerlach (Leipzig):
Philipp Schierz: