** Michael Bachmann: **
Thermodynamic aspects of coarse-grained heteropolymer folding

** Elmar Bittner: **
Free-energy barriers in the Sherrington-Kirkpatrick model

** Andreas Nussbaumer: **
Evaporation/condensation transition of Ising droplets

** Anders Irbäck: **
Protein folding, unfolding and misfolding studied using a simplified atomic model

** Roman Affentranger: **
A novel Hamiltonian replica exchange MD protocol to enhance protein conformational space sampling

** Des Johnston: **
Glassiness without quenched disorder in gonihedric spin models

** Thomas Prellberg: **
Polymer simulations with a flat histogram stochastic growth algorithm

** Alexander Hartmann: **
Domain walls, droplets and barriers in 2d Ising spin glasses

** Helmut Katzgraber: **
Overcoming system-size limitations in spin glasses

** Kurt Binder: **
The 10-state Potts spin glass: A scenario for the structural glass transition?

** Alain Billoire: **
Finite-size effects in the Sherrington-Kirkpatrick model

** Ulrich H.E. Hansmann: **
In silico folding of small proteins

** Florent Calvo: **
Alternative exchange strategy for parallel tempering

** Hsiao-Ping Hsu: **
Simulations of lattice animals

** Bernd Berg: **
Biased Metropolis simulations and rugged free-energy landscapes

** Matteo Palassini: **
Geometry of the solution space in constraint optimization problems: insights from statistical physics

** George Savvidy: **
Spin systems with ferromagnetic and anti-ferromagnetic interactions

** Walter Kob: **
Relaxation dynamics of glassy liquids: Metabasins and democratic motion

** Heiko Rieger: **
Lines, interfaces and periodic media in random environments: Exact ground state calculations

** Shura Hayryan: **
Efficient algorithm for parallel simulation of proteins with atomic level interactions

** David P. Landau: **
A different approach to Monte Carlo simulations in systems with rough energy landscapes

** Marc Mezard: **
Heteropolymer folding: The Bethe approximation

** Pierre Poulain: **

** Domenec Espriu: **
Glasyness/non-glasyness of gonihedric spins

** Martin Weigel: **
Quasi-exact ground-state searches for the two-dimensional XY spin glass model

** Yuko Okamoto: **
Rugged free energy landscapes of protein systems

** Luca Tagliacozzo: **
Improving flipping probability simulating 1st order phase transitions

** Jürgen Horbach: **
Structure-dynamics relation of ion-conducting melts: theory and simulation

** Minh Toan Ngo: **

** Manuel Athènes: **
Free energy profiles of 38-atom Lennard-Jones clusters: a path-sampling study.

** Timo Aspelmeier: **
Sculpting the free energy landscape

** Florent Krzakala: **
Can we ever observe temperature chaos in simulations ?

** Vincent Krakoviack: **

** Jean-Yves Fortin: **

** Thomas Neuhaus: **
Monte Carlo calculation of free-energy barriers