Team

Mechanical Design and Manufacturing

Mechanical design and engineering   Service composition: Jérôme Guigand (Department Manager/Mechanical Studies and Achievements) Alexis Marié (Design Studies) Jean-Philippe Dugal (Mechanical achievements) Hugo Bauduin (Mechanical achievements) Vira Davouloury (Mechanical achievements) The department has a dual mission: Propose, through studies, solutions adapted to the projects and requests of all ISMO teams and departments. Respond to requests for mechanical production of experimental parts or assemblies. A precise study of a project, in close consultation with the requesting parties, generally leads to the [...]
Read More

Internship opportunities in the team

AllAll           Unveiling the Chemical Pathways to the First Aromatics in SpaceUnveiling the Chemical Pathways to the First Aromatics in SpaceAstrochemistry, Mass spectrometry, Laser spectroscopy Spectroscopic Exploration of Carbon Molecules in SpaceSpectroscopic Exploration of Carbon Molecules in SpaceLaboratory Astrophysics, Laser spectroscopy, Ion spectroscopy High-Finesse Cavity Spectroscopy as a Tool for Astronomical DetectionHigh-Finesse Cavity Spectroscopy as a Tool for Astronomical Detectioncavity ring down spectroscopy, molecular ions, astrochemistry Unraveling the Mysteries of Cationic Species in SpaceUnraveling the Mysteries of Cationic Species in Spacedetection [...]
Read More

Relaxation dynamics of excited molecules

The dynamics of molecular systems initially excited in the visible-UV spectral range are analysed on different time scales, with a particular focus on the competition between all the relaxation pathways.

Read More

Spectroscopies applied to astrophysics

The electronic, vibrational and/or rotational structure of a wide variety of species of astrophysical interest (molecules, grains, solids) is studied using radiation ranging from millimetre wavelengths to the vacuum ultraviolet.

Read More
I2 ions

Photoinduced Dynamics

Below, you will find some of our research topics. The common factor is the excitation/ionization of species (atoms/molecules/ions) by one or more photons. Our research focuses specifically in the detection of the resulting charged photoproducts (ions/electrons) from which we can infer the mechanism of interest. This research can be decomposed into: Time-resolved studies: we use a combination of ultrafast laser pulses (1 fs = 10-15s) to pump the system of interest and probe it at a later time. By scanning [...]
Read More