Stochastic thermodynamics
Quantifying irreversibility, frenetic aspects, response and bounds in stochastic nonequilibrium dynamics.
Statistical physics · Nonequilibrium systems · Complex matter
Associate Professor,
Department of Physics and Astronomy,
University of Padova.
I study stochastic and nonequilibrium phenomena, complex systems, polymers, and biophysics. My current research focuses on stochastic thermodynamics, microrheology of driven probes and complex fluids, and simple models that help clarify mechanisms in machine learning.
I'm a member of the BSSP group (Biological, Soft-matter & Statistical Physics).
Quantifying irreversibility, frenetic aspects, response and bounds in stochastic nonequilibrium dynamics.
Minimal models for driven probes, complex fluids and viscoelastic environments, connecting microscopic fluctuations to the response of the fluid.
Statistical-physics inspired models for understanding learning, optimization and representation in simplified settings.
A manually maintained publication list (not complete).
Open papers pageDepartment of Physics and Astronomy “Galileo Galilei”, University of Padova.