معرفی
Charlotte BOUQUIAUX is an active researcher specializing in theoretical chemistry and biophysics, with expertise in nonlinear optical properties of lipid membranes and chromophores. She recently completed her Doctor of Sciences degree in October 2023 under the supervision of B. Champagne, having previously earned a Master in Chemistry Research in 2019.
Her research focuses on the intersection of theoretical chemistry, biophysics, and computational science, particularly investigating how molecular structures affect optical properties in complex biological environments. She employs multiscale theoretical approaches combining quantum mechanics and molecular dynamics to study lipid membranes, chromophores, and their nonlinear optical responses.
Bouquiaux's publication record shows consistent productivity with six peer-reviewed articles between 2020-2024, demonstrating evolving sophistication from foundational studies to increasingly complex membrane systems. Her work bridges chemistry, physics, and biology, with applications in membrane biophysics and optical probe development.
She has been actively engaged in the academic community through conference presentations, including invited talks at the NISM Annual Meeting 2022 and other specialized symposia. Notably, she co-organized the 'Women and Girls in Science' event in April 2022, demonstrating commitment to diversity in STEM fields.
Bouquiaux served as Principal Investigator for the research project 'Development and application of a multiscale theoretical chemistry method for investigating the second harmonic generation of lipid membranes' from October 2019 to December 2021, indicating early recognition of her research capabilities while still completing her doctoral studies.
