We present the discovery of strong mid-infrared emission lines of molecular hydrogen of apparently high-velocity dispersion (∼870 km s -1) originating from a group-wide shock wave in Stephan's Quintet. These Spitzer Space Telescope observations reveal
International audienceUsing the Infrared Spectrograph on board the Spitzer Space Telescope, we have ...
We demonstrate that a wide range of molecular hydrogen excitation can be observed in protostellar ou...
International audienceWe present Hubble Space Telescope Cosmic Origin Spectrograph (COS) UV line spe...
We present the discovery of strong mid-infrared emission lines of molecular hydrogen of apparently h...
We present the discovery of strong mid-infrared emission lines of molecular hydrogen of apparently h...
We present results from the mid-infrared spectral mapping of Stephan's Quintet using the Spitzer Spa...
We present results from the mid-infrared spectral mapping of Stephan\u27s Quintet using the Spitzer ...
We report on single-dish radio CO observations towards the inter-galactic medium (IGM) of the Stepha...
Molecular jets have been discovered in large numbers, spread throughout star formation regions. They...
This dissertation presents a study of shock-excited molecular hydrogen (H2) in the interstellar medi...
We report a discovery of shocked gas from the supernova remnant (SNR) G357.7+0.3. Our millimeter and...
International audienceContext. Spitzer Space Telescope observations have detected powerful mid-infra...
Aims.Optical and near-infrared spectroscopy of molecular hydrogen in interstellar shocks provide a v...
We present new medium-resolution longslit spectra in the near-infrared and examine the excitation of...
Observations of ionized and neutral gas outflows in radio galaxies (RGs) suggest that active galacti...
International audienceUsing the Infrared Spectrograph on board the Spitzer Space Telescope, we have ...
We demonstrate that a wide range of molecular hydrogen excitation can be observed in protostellar ou...
International audienceWe present Hubble Space Telescope Cosmic Origin Spectrograph (COS) UV line spe...
We present the discovery of strong mid-infrared emission lines of molecular hydrogen of apparently h...
We present the discovery of strong mid-infrared emission lines of molecular hydrogen of apparently h...
We present results from the mid-infrared spectral mapping of Stephan's Quintet using the Spitzer Spa...
We present results from the mid-infrared spectral mapping of Stephan\u27s Quintet using the Spitzer ...
We report on single-dish radio CO observations towards the inter-galactic medium (IGM) of the Stepha...
Molecular jets have been discovered in large numbers, spread throughout star formation regions. They...
This dissertation presents a study of shock-excited molecular hydrogen (H2) in the interstellar medi...
We report a discovery of shocked gas from the supernova remnant (SNR) G357.7+0.3. Our millimeter and...
International audienceContext. Spitzer Space Telescope observations have detected powerful mid-infra...
Aims.Optical and near-infrared spectroscopy of molecular hydrogen in interstellar shocks provide a v...
We present new medium-resolution longslit spectra in the near-infrared and examine the excitation of...
Observations of ionized and neutral gas outflows in radio galaxies (RGs) suggest that active galacti...
International audienceUsing the Infrared Spectrograph on board the Spitzer Space Telescope, we have ...
We demonstrate that a wide range of molecular hydrogen excitation can be observed in protostellar ou...
International audienceWe present Hubble Space Telescope Cosmic Origin Spectrograph (COS) UV line spe...