Talks

2024

• Workshop Practices around Computation: Analogue models of computation: computing with real numbers (TBA)
• Seminar at Helsinki University, departement of Mathematics and Statistics, Logic Group: Computing with real numbers: Robustness in computability and complexity over the reals
• Presentation at CCC 2024 (October): Characterisations of polynomial-space complexity classes over the reals: algebraic characterisations of classes
• Seminar at LAMFA, team SymPA (September): Notions of robustness for different types of dynamical systems
• Seminar at Laboratoire d'Informatique de Paris-Nord, team LoVe (September): Characterisations of polynomial-time and -space complexity classes over the reals
• Presentation at ICALP 2024 (July): The complexity of computing in continuous time: space complexity is precision
• Presentation at Women in Logic 2024 (July): The decidability of the domino problem
• The Theoretical Cosynus seminar (June): The complexity of computing in continuous time: space complexity is precision
• Seminar at INRIA Saclay, team GRACE (June): Computability and complexity over the reals
• Seminar at Université Aix-Marseille, LIS, team MOVE (May):Computability and complexity over the reals
• Seminar at Université Versailles Saint-Quentin, Laboratoire David (April): Computability and complexity over the reals
• Students seminar at École Normale Supérieure Paris-Saclay (March): Computability and complexity over the reals, introduction
• Presentation at CSL 2024 (February) : Measuring the robusteness of dynamical systems

2023

• Presentation at the Complexity Days at Université Paris-Cité (December): A characterisation of functions computable in polynomial time and space over the reals with discrete ordinary differential equations
• Seminar at Université de Caen, GREYC, "séminaire Algo" (December): Measuring the robusteness of dynamical systems
• Presentation at CCC (September) : A characterisation of functions computable in polynomial time and space over the reals with discrete ordinary differential equations
• Presentation at CCA (September): A characterisation of functions computable in polynomial time and space over the reals with discrete ordinary differential equations
• Presentation at MFCS 2023 (August): A characterisation of functions computable in polynomial time and space over the reals with discrete ordinary differential equations
• Presentation at Women in Logic 2023 (July): Measuring the robustness of dynamical systems
• Seminar at SePAG (July): Computability and Complexity
• Presentation at RJMI at École Normale Supérieure Paris-Saclay (March): Modéliser les ordinateurs: introduction à la calculabilité

2022

• Presentation at MCU 2023 (September): A characterization of polynomial time computable functions from the integers to the reals using discrete ordinary differential equations
• Presentation at CiE 2023 (July): A characterization of polynomial time computable functions from the integers to the reals using discrete ordinary differential equations