teaching
Here's a list of the teaching activities I am (or I've been) involved in, along with some lecture notes and teaching material.
Sorbonne Université 2025/2026
- Mathématiques pour les Sciences 1 (TD, Physique/Chimie Bachelor 1st year)
- Physique Statistique - Concepts et fondements (TD, Physique Master 1st year)
- Méthodes mathématiques 2 (TD, Physique Bachelor 2nd year)
- Random matrices, quantum chaos, and localization (lecture within the course Quantum dynamics in the international master Physics of Complex Systems)
Sorbonne Université 2024/2025
- Mathématiques pour les études scientifiques I (TD replacements, Physics Bachelor 1st year)
- Random matrices, quantum chaos, and localization (lecture within the course Quantum dynamics in the international master Physics of Complex Systems)
SISSA 2022/2023
- Introduction to quantum mechanics, quantum statistics and field theory (TD within the international master Physics of Complex Systems)
Lecture notes for courses followed in Sapienza (mostly in Italian):
- Analisi vettoriale
- Elettromagnetismo
- Fluidodinamica
- Fisica dell'atmosfera
- Meccanica analitica e relativistica
- Meccanica quantistica
- Meccanica quantistica relativistica
- Meccanica statistica e fenomeni critici
- Statistical field theory
Lecture notes for courses followed in SISSA:
Presentations on selected topics:
- Sulla realtà della funzione d'onda (3rd year Bachelor dissertation @ Sapienza)
- L'equazione di Korteweg - De Vries (dissertation for the course "Onde non lineari e solitoni" @ Sapienza)
- Critical points of coupled vector-Ising systems (seminar for the course "Field theory and critical phenomena" @ SISSA)
- Finite-temperature models of Bose-Einstein condensation (seminar for the course "Physics of cold atoms" @ SISSA)
- Generalized hydrodynamics (seminar for the course "Entanglement entropy" @ SISSA)
- Resummation techniques in scalar field theory (seminar for the course "Statistical field theory" @ SISSA)
- Growth processes and random matrices (seminar for the course "Random matrix theory" @ SISSA)
- Quantum chaos and ETH (seminar for the course "Quantum many-body systems" @ SISSA)
- Effective action methods for stochastic PDEs (journal club @ SISSA)