I am researcher (Physicienne adjointe des Observatoires) in the "Fault Mechanics" group.
My research interest are the following:
- Aseismic processes (slow slip events) and relation with seismic observations (non-volcanic tremors)
- Frictionnal processes at different scales (lab earthquakes, faults)
- Modelling of aseismic processes using inversion of geodetic data
- Detection and localisation of small aseismic deformations
- Dynamic rupture models
- Source mechanics
- 2023-2027: IRP-International Research Project SlowFaults (CNRS) (co PI with W. Frank, MIT USA): Unravelling slow fault slip combining seismology, geodesy and numerical models
- 2022-2024: IRGA (Univ. Grenoble Alpes) project (PI): Deciphering slow slip complexity through geodetic and seismic data
- 2022-2025: ANR JCJC SSDYN (PI): Identifying slow slip dynamics combining seismic and geodetic data
- 2020-2022: CNRS International Emerging Action, (co PI with K. Chen NTNU, Taiwan), Probing the nature of dip-slip creeping faults with new approach integrating seismology and geodesy
- 2024-2028: IRN-International Research Network Andes-FrenSZ (CNRS&IRD) (co PI with Jean-Paul Ampuero): Study of the Andes-Mexico subduction and associated telluric hazards (seismic, volcanic, gravity, tsunamis) Andes-FrenSZ
- 2021-2023:: NASA Roses-2021 program, (PI W. Frank, MIT):: Teasing out the hidden complexities of slow slip from geodetic record in Cascadia
- 2021-2024: MISTI Global Seed Fund, (PI W. Frank, MIT): Blending together seismology and geodesy to unravel slow slip’s impact on the earthquake cycle
- 2020-2025: ERC Deep Trigger, (participant, PI A. Socquet, ISTerre), Preparation of subduction earthquakes.