Fabien Borget

Fabien Borget is a Professor at Aix Marseille University, affiliated with the Physics of Ionic and Molecular Interactions laboratory (PIIM). His research spans astrochemistry and theoretical chemistry with significant contributions to understanding molecular processes in the interstellar medium.

Professor Borget's research focuses on the chemical evolution of interstellar ices and the formation of complex organic molecules in space environments. His work combines experimental approaches using cryogenic matrix isolation techniques with theoretical calculations. He investigates reaction mechanisms at low temperatures, particularly hydrogenation processes, radical chemistry, and the formation pathways of prebiotic molecules. His laboratory employs infrared and electron paramagnetic resonance spectroscopies to analyze chemical reactions in simulated interstellar conditions.

Analysis of Professor Borget's publication record shows consistent productivity across two decades, with recent work (2020-2024) demonstrating a dual focus: continued experimental astrochemistry research and growing involvement in open science initiatives. His publications appear primarily in high-impact astronomy and physical chemistry journals including Astronomy & Astrophysics, Journal of Physical Chemistry, and Monthly Notices of the Royal Astronomical Society.

Professor Borget has established extensive collaborative networks across French research institutions and internationally. His work involves collaborations with researchers from multiple universities and research centers, as well as space agencies. He has also become increasingly active in open science initiatives, contributing to discussions on research data management and scholarly communication.

At the Physics of Ionic and Molecular Interactions laboratory, Professor Borget leads research that bridges experimental physical chemistry and astrophysical applications. His team investigates fundamental molecular processes relevant to understanding chemical evolution in space, with implications for astrobiology and the origins of molecular complexity in the universe.