International audienceTTauri disks located in nearby star-forming regions (e.g. Taurus-Auriga at 140 pc) are thought to be the site of planet formation, since proto-planetary disks orbiting around active (still accreting) TTauri stars should contain, in many cases, enough gas to form giant gaseous planets. As such, circumstellar disks are ideal laboratories to study planet formation, provided the gas and dust observations have enough sensitivity and resolving power. I will focus in these proceedings, on recent results of molecular observations which unveil the physical conditions of gas disks and reveal the weakness of our current understanding and modeling
Long hypothesized to be the origin of planetary systems, disks around newly formed stars have been ...
Long hypothesized to be the origin of planetary systems, disks around newly formed stars have been ...
Long hypothesized to be the origin of planetary systems, disks around newly formed stars have been ...
TTauri disks located in nearby star-forming regions (e.g. Taurus-Auriga at 140 pc) are thought to be...
Unveiling the physical processes leading to planet formation is one of the major challenges of moder...
Star formation occurs when a dense cloud of interstellar gas and dust gravitationally collapses. Rot...
Since the 1990s, protoplanetary disks and planetary disks have been intensively observed from optica...
Context. Several detections of wide-orbit planet-mass/substellar companions around young solar-like ...
Context. Several detections of wide-orbit planet-mass/substellar companions around young solar-like ...
Context. Several detections of wide-orbit planet-mass/substellar companions around young solar-like ...
Context. Several detections of wide-orbit planet-mass/substellar companions around young solar-like ...
Context. Several detections of wide-orbit planet-mass/sub-stellar companions around young solar-like...
Where, when and how do (gas giant) planets form? - Up to now the formation process of planets was mo...
Where, when and how do (gas giant) planets form? - Up to now the formation process of planets was mo...
Until the last fifteen years, the origin of planetary systems was mostly investigated from observati...
Long hypothesized to be the origin of planetary systems, disks around newly formed stars have been ...
Long hypothesized to be the origin of planetary systems, disks around newly formed stars have been ...
Long hypothesized to be the origin of planetary systems, disks around newly formed stars have been ...
TTauri disks located in nearby star-forming regions (e.g. Taurus-Auriga at 140 pc) are thought to be...
Unveiling the physical processes leading to planet formation is one of the major challenges of moder...
Star formation occurs when a dense cloud of interstellar gas and dust gravitationally collapses. Rot...
Since the 1990s, protoplanetary disks and planetary disks have been intensively observed from optica...
Context. Several detections of wide-orbit planet-mass/substellar companions around young solar-like ...
Context. Several detections of wide-orbit planet-mass/substellar companions around young solar-like ...
Context. Several detections of wide-orbit planet-mass/substellar companions around young solar-like ...
Context. Several detections of wide-orbit planet-mass/substellar companions around young solar-like ...
Context. Several detections of wide-orbit planet-mass/sub-stellar companions around young solar-like...
Where, when and how do (gas giant) planets form? - Up to now the formation process of planets was mo...
Where, when and how do (gas giant) planets form? - Up to now the formation process of planets was mo...
Until the last fifteen years, the origin of planetary systems was mostly investigated from observati...
Long hypothesized to be the origin of planetary systems, disks around newly formed stars have been ...
Long hypothesized to be the origin of planetary systems, disks around newly formed stars have been ...
Long hypothesized to be the origin of planetary systems, disks around newly formed stars have been ...