معرفی
Ha Pham is a Researcher in the Inria MAGIQUE-3D team, specializing in computational wave physics and inverse problems. Her work focuses on acoustic wave imaging, inverse scattering, and numerical methods for complex media. She has contributed to solving problems in helioseismology, anisotropic elastic media, and poroelasticity, leveraging advanced algorithms like the Hybridizable Discontinuous Galerkin (HDG) method. Her research emphasizes absorbing boundary conditions, modal solutions, and efficient numerical techniques for wave propagation.
Key projects include quantitative obstacle localization using full-waveform inversion and developing algorithms for Galbrun’s equation under radial symmetry. Collaborators include institutions like Max-Planck Institute for Solar System Research. She has published extensively since 2014, with notable work on numerical robustness in scattering simulations and Weyl asymptotics of transmission eigenvalues.
