Seminars
A list of past seminars is avalaible here
List of upcoming seminars
Our seminars are scheduled on Monday, at 2.30 pm (Italian time), unless specified. For the list of upcoming seminars, expand the menu ticking on the arrow.
October 21th Monday, 2024 - h 14.30 at Sala seminari del blocco zero (DISIM, UnivAq). - Franco Flandoli (Scuola Normale Superiore )
Title: "Reducing stochastic models in Climate, fluctuating Hydrodynamics and turbulent transport ",
The seminar will be held at the Sala seminari del blocco zero (DISIM, UnivAq).
and will also be streamed through Zoom at the link:
https://gssi-it.zoom.us/j/87571297606?pwd=kP2blVizaMrebCFuueRcnRsMpAJ5sA.1
ID riunione: 875 7129 7606
Passcode: SMAQ2425
Title: "Statistical properties of dynamical systems: a functional analytic approach",
Roberto Castorrin (Scuola Normale di Pisa)
The seminar will be held at the GSSI Main Lecture Hall
and will also be streamed through Zoom at the link:
https://gssi-it.zoom.us/j/87571297606?pwd=kP2blVizaMrebCFuueRcnRsMpAJ5sA.1
ID riunione: 875 7129 7606
Passcode: SMAQ2425
Title: "Large deviations for binary collision models ",
Giada Basile (La Sapienza- Roma)
The seminar will be held at the GSSI Main Lecture Hall
and will also be streamed through Zoom at the link:
https://gssi-it.zoom.us/j/87571297606?pwd=kP2blVizaMrebCFuueRcnRsMpAJ5sA.1
ID riunione: 875 7129 7606
Passcode: SMAQ2425
Title: " New perspectives in zero range interactions quantum physics"
Rodolfo Figari (Gran Sasso Science Institute)
The seminar will be held at the GSSI Main Lecture Hall
and will also be streamed through Zoom at the link:
https://gssi-it.zoom.us/j/87571297606?pwd=kP2blVizaMrebCFuueRcnRsMpAJ5sA.1
ID riunione: 875 7129 7606
Passcode: SMAQ2425
Title: "A criterion for crystallization in hard-core lattice particle systems "
Ian Jauslin (Rutgers University)
The seminar will be held at the GSSI Main Lecture Hall
and will also be streamed through Zoom at the link:
https://gssi-it.zoom.us/j/87571297606?pwd=kP2blVizaMrebCFuueRcnRsMpAJ5sA.1
ID riunione: 875 7129 7606
Passcode: SMAQ2425
Title: "A Short Proof of Bose-Einstein Condensation for Ultra-Dilute Bose Gases "
Christian Brennecke (University of Bonn)
The seminar will be held at the GSSI Library
and will also be streamed through Zoom at the link:
https://gssi-it.zoom.us/j/87571297606?pwd=kP2blVizaMrebCFuueRcnRsMpAJ5sA.1
ID riunione: 875 7129 7606
Passcode: SMAQ2425
Title: "A Short Proof of Bose-Einstein Condensation for Ultra-Dilute Bose Gases "
The seminar will be held at the GSSI MHL
and will also be streamed through Zoom at the link:
https://gssi-it.zoom.us/j/87571297606?pwd=kP2blVizaMrebCFuueRcnRsMpAJ5sA.1
ID riunione: 875 7129 7606
Passcode: SMAQ2425
Title: "Vector-valued ferromagnetic spin models in random external fields"
The seminar will be held at the GSSI MHL
and will also be streamed through Zoom at the link:
https://gssi-it.zoom.us/j/87571297606?pwd=kP2blVizaMrebCFuueRcnRsMpAJ5sA.1
ID riunione: 875 7129 7606
Passcode: SMAQ2425
Title: "Equilibrium perturbation and incompressible limit for exclusion processes coupled through collision"
The seminar will be held at the Sala Seminari del blocco zero (DISIM, UnivAq)
and will also be streamed through Zoom at the link:
https://gssi-it.zoom.us/j/87571297606?pwd=kP2blVizaMrebCFuueRcnRsMpAJ5sA.1
ID riunione: 875 7129 7606
Passcode: SMAQ2425
" Equilibrium perturbation and incompressible limit for exclusion processes coupled through collision "
Date: March 24 ( Monday) at 14.30 pm.
on site: at the Sala Seminari del blocco zero (DISIM, UnivAq)
zoom: https://gssi-it.zoom.us/j/87571297606pwd=kP2blVizaMrebCFuueRcnRsMpAJ5sA.1
ID riunione: 875 7129 7606
Passcode: SMAQ2425
Abstract
One of the main topics in statistical mechanics is the derivation of equations of fluids from microscopic Hamiltonian dynamics. We consider a family of asymmetric/weakly asymmetric exclusions with different velocities, coupled through binary collisions that conserve the total momentum. Assuming special initial distribution given by a small perturbation on the equilibrium state, a law of large numbers holds for the properly rescaled density-velocity field. Depending on the chosen velocity set, the limit field evolves with different PDEs, including the incompressible Navier-Stokes equations. We will review some important existing results and introduce recent progress on this topic. Based on joint works with Patrick van Meurs, Kenkichi Tsunoda and Linjie Zhao.