Hi!
I am an applied mathematician working as an R&D engineer developing algorithms in python at
OSE Engineering.
Before that I was a post-doctoral researcher at the
University of Zurich.
I completed my PhD in 2019 with
Bruno Després and
Martin Campos Pinto at
Laboratoire Jacques-Louis Lions (Sorbonne Université).
I worked on electromagnetic wave propagation models, such as resonant Maxwell's equation to model fusion plasma in a tokamak,
and Helmholtz equation.
Aside from that, I am also a member of Images des Mathématiques'
monthly press review,
participating in the writing and editing.
It is a review of press articles from the past month that deal in some way with mathematics, issued on the first of every month.
Publications
- Optimized transmission conditions in domain decomposition methods with cross-points for Helmholtz equation
with B. Després and B. Thierry
SIAM Journal on Numerical Analysis, 2022
[preprint,
article]
- Corners and stable optimized domain decomposition methods for the Helmholtz problem
with B. Després and B. Thierry
Numerische Mathematik, 2021
[preprint, article, code]
- A variational formulation for coupled degenerate elliptic equations with different signs
with M. Campos Pinto, P. Ciarlet Jr. and B. Després
IMA Journal of Applied Mathematics, 2020
[preprint, article, code]
- A stable formulation of resonant Maxwell's equations in cold plasma
with M. Campos Pinto and B. Després
Journal of Computational and Applied Mathematics, 2019
[preprint, article, code]
- Variational formulations for resonant Maxwell's equations and
problems at corners for wave propagation
PhD thesis, 2019
Talks
- 2021
- Numerical Waves workshop, Université Côte d'Azur
- WINE, Wavecomplexity International Networking Event,
Université Côte d'Azur (online) [poster]
- 2020
- DD26, 26th
International Domain Decomposition Conference, Chinese University of Hong Kong (online)
- Graduate Applied Math Colloquium, ETHZ-UZH (online)
- JCJC Ondes, INRIA Sophia Antipolis
(online)
- Talk at IRFM, CEA Cadarache
- 2019
- WAVES, 14th International Conference on Mathematical
and Numerical Aspects of Wave Propagation, TU Vienna
- ICIAM, 10th International Congress on Industrial
and Applied Mathematics, Universitat Politecnica de Valencia
- Séminaire Mathématiques Appliquées, Laboratoire Jean Leray,
Nantes
- Séminaire Équations aux dérivées partielles, IRMA, Strasbourg
- 2018
- NumKin 2018, Garching
- ABPDE 3, Asymptotic Behavior of systems
of PDE arising in physics and biology : theoretical and numerical points of view, Lille [poster]
- WCCM 2018, 13th World Congress in Computational
Mechanics, New York
- ICOSAHOM 2018, International Conference On Spectral And
High Order Methods, London
- PLAS@PAR Young Researcher's day,
Paris
- Advanced
Theoretical and Numerical Methods for Waves in Structured Media, GDR Ondes,
Paris [poster]
- 2017
- Inria Project Lab FRATRES
annual meeting, Rennes
- WAFU, CEA-EDF-Inria summer school on
Waves and Fusion Plasmas, Paris
- WAVES, 13th International Conference on
Mathematical and Numerical Aspects of Wave Propagation, Minneapolis
- 2016
- ANR CHROME final meeting, Paris
- LJLLs students working group (GTT), Paris
Teaching
- UZH
- Project supervision: Practical training in numerics
- Computational classes and project: Programming in Python
- Sorbonne
- Tutorials: Multi-variable functions, Measure theory, Mathematics for sciences
- Oral examinations: Series of functions and parameter-dependent integrals
- Computational classes: Intro to numerical approximation, Python programming for maths, Numerical methods for ODEs
Fellow mathematicians
Bertrand Thierry,
Patrick Ciarlet
with whom I have collaborated
Lise-Marie Imbert-Gérard,
Antoine Cerfon
who work on fusion plasmas
Gabriel Pallier (geometric group theory),
Marc Pegon (calculus of variations),
who I studied with
Olivier Graf (general relativity),
Lydie Uro (math applied to facial reconstruction),
Léo Girardin (math applied to population biology),
Carlo Marcati (numerical analysis and neural networks for PDEs)
who work on very random subjects although we were all at LJLL for our PhDs
... and my math genealogy tree