My research focuses primarily on the theoretical and numerical study of light-matter and electron-matter interactions. It includes the development of TDDFT calculations beyond standard approximations applied to nanoplasmonics, the development of a new methodology to describe resonant electron attachment to a molecule, and study of ultrafast dynamics (at atto and femtosecond timescales).
Keywords: structural, electronic, and optical properties of molecules, complexes, clusters, and nanostructures; Electron-molecule collisions; Electron attachment and induced processes.
I work on the description of complex systems of both fundamental and applied interest. My calculations are based on ab initio quantum chemistry calculations (mainly DFT and TDDFT, but also Coupled Cluster, CASSCF, MRCI).
You will find at the link "cours HF DFT TDDFT" a course about ab initio methods including HF, post-HF, DFT, and TDDFT.
Here are some of my recent investigations (most often in collaboration with experimentalists).
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