About me

In few words

I recently gained a Ph.D. in Physics. My scientific interests are theoretical and computational approaches to understand the physics of glass transition, and related statistical physics problems in soft and hard condensed matter.

You can find a full English CV here , and here in Italian (February 2026).

Publications

Check my Google Scholar and ResearchGate profiles.

Academic experience

Fellow Researcher in Physics

Dec 2022 - Nov 2025

University of Rome Sapienza, Rome, Italy

PI: Prof. R. Mazzarello. Project: "Atomistic study of the potential energy surface and the configurational entropy of phase-change materials".

Teaching assistant

June - Nov 2024

Mathematics and Statistics for B.Sc. in Environmental Sciences, University of Rome Sapienza

Interactive exercises and homework corrections, 40h.

Student-collaboration scholarship

2021, 2022

Physics Department, University of Rome Sapienza

Lab assistant and notes-writer for the 1st year course of scientific programming in C (two 75-hours assignments).

Education

Ph.D. in Physics

Dec 2022 - Jan 2026

University of Rome Sapienza, Rome, Italy

Supervisors: Prof. R. Mazzarello, Prof. L. Boeri.

Thesis title: "Study of the thermodynamics and kinetic anomalies of Antimony-based phase-change materials by machine-learned molecular dynamics" .

Maximum grade with honors.

M.Sc. in Physics

Sept 2020 - Sept 2022

University of Rome Sapienza, Rome, Italy

Supervisors: Prof. T. Scopigno, Prof. F. Sciortino.

Thesis title: "Vibrational dynamics of simulated glasses at different fictive temperatures".

110/110 with honors.

B.Sc. in Physics

Sept 2017 - Sept 2020

University of Rome Sapienza, Rome, Italy

Supervisor: Prof. R. Di Leonardo.

Thesis title: "Twitching motility in bacteria".

110/110 with honors.

Fun

A collection of some web apps, programs and creations in general (mainly related to physics).

  • All
  • Web Apps
  • Interactive Notebooks
  • External links

2D Ising ferromagnet

2D Potts model

Rock-Paper-Scissors reaction

2D Mandelbrot set

Barnsley Fern fractal pattern

De Rham curves

Pythagoras Tree

Molecular Dynamics

Stochastic Harmonic Oscillator

Lattice Gas Cellular Automaton

2D Random Ising

Why are there 12 notes?

Generalized BML model

Liquid-gas transition on lattice

Contact

Location:

Rome, Italy