Thesis Research Projects

• Marco Beria. Quenches and thermalization of holographic systems .
• Luca Caniparoli. Information theory.
• Giancarlo De Luca. Network dynamics and collective memory in ecological problems.
• Matteo Marcuzzi. Non equilibrium phenomena at boundaries.
• Jamir Marino. Thermalization and many body localization .

• Francesco Buccheri. Massive Integrable Field Theories.
• Andrea De Luca. Entanglement and localization in low-dimensional quantum systems.
• Laura Foini. Quantum optimization problems and glassy systems.
• Francesco Mancarella. Properties of anyonic gases.
• Iacopo Mastromatteo. Statistical mechanics approaches to financial markets.
• Jacopo Viti. Application of Field Theories to two dimensional percolation.
• Xiao Quan Yu. Quantum disordered systems.

• Giuseppe Brandino. Perturbed CFT: Integrability, non-integrability and the level spacing conjecture.
• Michele Burrello. Anyons and Cold Atoms. Video. Zip.
• Davide Fioretto. Quantum Quenches in Integrable Systems. Video. Zip.
• Giacomo Gori. Dipolar interaction: general concepts and application to cold atoms.
• Tommaso Macri'. Cold Atom Fermi Systems.

• Serena Bradde. The Isomorphism Problem: A Belief Propagation Approach.
• Fabio Caccioli. Financial markets as disordered and interacting systems: information, risk and illiquidity.
• Elena Canovi. Quench dynamics of many-body systems.
• Daniele De Martino. Phase transistions on heterogeneous random graphs: some case studies.
• Luca Lepori. QFT emerging models in condensed matter systems.