Fabio Franchini Permanent Researcher/Associate Professor

Main	Curriculum Vitae	Publications	Main Results
Dissemination	In the News	Selected Presentations	Bethe Ansatz Class

· Proven that frustrated boundary conditions can kill the local order parameter and replace it with different types of orders

· Identified mechanism for spontaneous breaking of U(N) symmetry in matrix models and proposal of first exactly solvable toy-model for Anderson Metal/Insulator Transition (work in progress)

· Universality in short-time dynamics of localized excitation after a quantum quench

· Edge state recombination gives lack of Local Convertibility: necessary in Universal Quantum Simulators

· Described an essential singularity of the entanglement entropies approaching non-conformal critical points

· Complete analytical characterization of entanglement entropies and spectrum for several integrable models

· Non-linear hydrodynamic coupling between spin and charge degrees of freedom in one-dimensional systems

· Description of correlations in a matrix models as emerging Hawking radiation (Luttinger liquid in Ridler space)