Statistical physics of disordered systems

We use analytical, phenomenological and numerical approaches to understand the low temperature properties of frustrated disordered systems such as spin glasses or systems inspired from different combinatorial optimization problems. To have an overview of our work on spin glasses, see some slides from a talk given for "Aspects of Complexity and its Applications" in Rome.


Statistical physics, disordered and frustrated systems, mean field, spin glasses, energy landscapes, combinatorial optimization, stochastic optimization, geometric probability, complex networks.

Systems investigated:

Spin glasses (max-cut), glasses, minimum matching, traveling salesman problem, multi-agent systems.

Publications in reverse chronological order:

LPTMS Home Page - IPN Home Page - Olivier MARTIN Home Page

Last modified: December 2007
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