Minimal Models for Glassy Dynamics and Jammed Packings

Description Phase 1

The emergence of new phenomena from the interplay between randomness and geometry is a vital mechanism in many instances in physics, such as structure formation, percolation, phase transitions, as well as the correlated spatial randomness seen in fluids, glasses and jammed packings. However, rigorous results are often rare in models of interest in physics, while many rigorous results from mathematics are often little appreciated in the physics contexts. From a physics perspective, simple exactly solvable models allow one to elucidate the underlying mechanisms of phenomena with great clarity.

It is one goal within this SPP to stimulate the cross-fertilization between modelling and treatment of problems within statistical mechanics and the more rigorous treatment of such models in probability. In particular, this proposed project shall address interacting random particle models known from a broad definition of fluid-state theory both for states in thermal equilibrium as well as out of thermal equilibrium.


No preprints from this project yet.


  • member's portrait

    Prof. Dr. Matthias Sperl

    Deutsches Zentrum für Luft- und Raumfahrt e.V.
    Principal Investigator
  • member's portrait

    Dr. Saswati Ganguly

    Institute of Materials Physics in Space.
    Associated Scientist
  • member's portrait

    Dr. Michael Andreas Klatt

    German Aerospace Center (DLR)
    Associated Scientist
  • member's portrait

    Dr. Till Kranz

    Universität zu Köln
    Associated Scientist

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