Solar wind Systèmes linéaires creux ASTEROIDS INDIVIDUAL 6 HEBE Waveform inversion Stars abundances Computational seismology Collisional relaxation Densité Theory Astrophysics - Solar and Stellar Astrophysics Wave propagation Amphipathic helix Accretion Planets and satellites formation Planetary systems Astrophysics - Earth and Planetary Astrophysics Asteroid Planets and satellites detection Approximations de rang-faible Local optimization Radiative transfer Planets and satellites dynamical evolution and stability Hydrodynamics Tomographie Techniques radial velocities Télésismique Magnetohydrodynamics Lithosphérique Alps Galaxy disk Protoplanetary disks Inverse theory Plasmas Full-waveform inversion Frequency-domain analysis Tomography Imagerie sismique Methane Non-linear inverse problem Lithospheric 3D Stars activity Stars fundamental parameters Optimisation locale Simulation ASTEROIDE ALPS Ab initio intensities Geophysical techniques ADMM Turbulence Methods statistical Seismic anisotropy Achernar Dipole moment surface Algèbre linéaire Frequency domain Stars atmospheres Techniques photometric Seismic imaging Stars late-type Methods numerical Compound regularization Minor planets Imagerie sismique quantitative haute résolution Seismic waves Théorie Controlled source seismology Circumstellar environment Multifrontal method Problème inverse non-linéaire Méthodes directes Alpes Tomographie multiparamètres Parallel computation Amortissement Landau Galaxy abundances Supernovae general Methods data analysis Surveys Gravitation Configuration interaction Galaxy evolution ArfGAP1 Dynamo 67P/Churyumov-Gerasimenko Instabilities Inversion de formes d'ondes Methods observational Données multicomposantes Molecular dynamics Asteroids general Accretion disks Adjoint state method Taylor-Green Long-range interacting systems Teleseismic Planet-disk interactions Density Acceleration of particles