activity
20032026
most citedA momentum conserving model with anomalous thermal conductivity in low dimension

195 citations · 452 across the 18 of their papers we have counts for

collaborators

19 papers

math-ph2026

Variational derivation of the homogeneous Boltzmann equation

Giada Basile, Dario Benedetto, Carlo Orrieri

We introduce a variational formulation of the homogeneous Boltzmann equation, with hard-sphere cross section, which selects the unique energy conserving solution. We prove that thi…

math-ph2025

Entropy dissipation inequality for general binary collision models

Giada Basile, Dario Benedetto

We introduce a ``two-particle factorization'' condition which allows us to formulate the homogeneous Boltzmann equation for non-reversible collision kernels in terms of an entropy…

math.PR2024

Large time analysis of the rate function associated to the Boltzmann equation: dynamical phase transitions

Giada Basile, Dario Benedetto, Lorenzo Bertini +1

We analyse the large time behaviour of the rate function that describes the probability of large fluctuations of an underlying microscopic model associated to the homogeneous Boltz…

math-ph2022

Asymptotic probability of energy increasing solutions to the homogeneous Boltzmann equation

Giada Basile, Dario Benedetto, Lorenzo Bertini +1

Weak solutions to the homogeneous Boltzmann equation with increasing energy have been constructed by Lu and Wennberg. We consider an underlying microscopic stochastic model with bi…

math-ph2021

Large deviations for a binary collision model: energy evaporation

Giada Basile, Dario Benedetto, Lorenzo Bertini +1

We analyze the large deviations for a discrete energy Kac-like walk. In particular, we exhibit a path, with probability exponentially small in the number of particles, that looses…

math.PR2021★ 10 cited

Large deviations for Kac-like walks

Giada Basile, Dario Benedetto, Lorenzo Bertini +1

We introduce a Kac's type walk whose rate of binary collisions preserves the total momentum but not the kinetic energy. In the limit of large number of particles we describe the dy…