My research interests are graph dynamics, combinatorial structures and complexity theory in general, as well as their applications in Physics. My PhD is supervised by Pablo Arrighi, on the subject of classical and quantum causal graph dynamics. Graph dynamics are a generalization of cellular automaton, where the topology of the system can evolve according to a local, shift invariant rule. Quantum causal graph dynamics are of particular interest as they can be useful toy models for theoritical physics. I've also worked on diverse complexity problems related to Boolean Automata Networks.
Formals languages - Languages formels (L2, 21h)
Computer architecture - Architecture des ordinateurs (L2, 21h)
Probability for computer science - Probabilités pour l'informatique (L2, 21h)
Formals languages - Fonctionnements des ordinateurs (L1, 21h)
Discretes structures - Structures discrètes (L2, 21h)
Programmation 2 - Programmation 3 (L2, 21h)
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