DYNSYSMATH
Our proposal is focused on investigating the out-of-equilibrium properties of complex systems by using both the standard statistical mechanics approach (from microscopic dynamics to macroscopic behavior) and a top-down one, consisting in the identification of universality classes as possible building blocks to unravel collective behavior.
We will consider classical and quantum systems, both in the deterministic and the stochastic setting, with special emphasis on their transport properties and cooperative behavior. We foresee the use of analytical as well as numerical methods to study a wide class of models with applications ranging from condensed matter and gravitational systems, biological networks and living aggregates, to socio-economic phenomena.
Websites:
Thesis Opportunities:
For information regarding thesis opportunities, please contact: Irene Giardina and Andrea Giansanti.
Local Coordinator
Andrea Giansanti| Name | Surname | Role | Position |
|---|---|---|---|
| Alessandro | Campa | Associato | Associato ISS |
| Andrea | Cavagna | Associato | Associato CNR |
| Fabio | Cecconi | Associato | Associato CNR |
| Andrea | Giansanti | Associato | |
| Irene Rosana | Giardina | Associata | |
| Francesco | Sylos Labini | Associato | Associato Istituto Fermi |
| Massimiliano | Viale | Associato | Associato CNR |
| Angelo | Vulpiani | Associato |