Methods numerical Molecular collisions Fourier transform infrared spectroscopy PhDtitle Reaction dynamics Laboratory astrophysics Spectrometers Quantum dynamics Quantum Monte Carlo Chemical physics Rate coefficients Fretting corrosion Astrometry Atomic and molecular physics Asteroseismology Vibronic couplings Reaction kinetics and dynamics Optical-optical double resonance spectroscopy Catalogs Binaries spectroscopic Atomic and molecular collisions Line shape parameters Stars evolution Methane Surveys Molecular data Methods analytical Low temperature chemical kinetics ISM molecules Cold collisions Stars solar-type Astrochemistry Scattering Stars interiors Collisional Microwave spectroscopy Hydrogen Collisional cross sections Optical frequency comb spectroscopy Potential energy surfaces Astrophysics - Solar and Stellar Astrophysics Spectroscopy Radial velocities Pressure broadening Reaction kinetics Molecules Astrophysics - Astrophysics of Galaxies CRESU Line profiles Molecular data -molecular processes -ISM Probes Soutenance2022 Linewidths Molecular physics Cold and ultra-cold collisions Artificial Neuron Networks ANN Soutenance2021 Feshbach resonances Astrophysics Stars formation Proper motions Branching ratio Nanoparticles Helium clusters He Contact voltage Titan Stars oscillations Ozonolysis Plasma plume Contact resistance Spectral line shape Kinetics Reaction products Quantum theory Nitrogen Molecular processes Collisions Spectral element methods Radio lines ISM Methods data analysis Chemical kinetics Potential energy Computational chemistry Collisional broadening Low temperatures Planetary atmospheres Stars fundamental parameters SAXS Radiative transfer MCTDH Combustion Astrophysics laboratory Line-shape parameters ISM abundances Quantum chemistry Ab initio calculations Shock waves Low temperature chemistry ISM clouds