In this paper we briefly summarized a study on HD 38529, one of the few (less than a dozen) stars known to date to harbor both planetary companions and IR excess, the later due to debris dust and evidence of the presence of planetesimals. For details, please refer to Moro-MartÃn et al. teyear{ama07b}
In addition to the Sun, six other stars are known to harbor multiple planets and debris disks: HD 69...
Context. Debris discs are thought to be formed through the collisional grinding of planete...
As part of a large SpitzerMIPS Guaranteed Time Observation program, we have searched for infrared ex...
HD 38529 is a post-main-sequence G8 III/IV star (3.5 Gyr old) with a planetary system consisting of ...
HD 38529 is a post-main-sequence G8 III/IV star (3.5 Gyr old) with a planetary system consisting of ...
International audienceDebris disk stars are good targets for high-contrast imaging searches for plan...
In our efforts to understand the formation and evolution of planetary systems and how other planetar...
Aims. Uncovering the ingredients and the architecture of planetary systems is a very active field of...
Aims. Uncovering the ingredients and the architecture of planetary systems is a very active field of...
We report the discovery of a debris system associated with the 30 Myr old G3/5V star HD 12039 using ...
Using the MIPS camera on the Spitzer Space Telescope, we have searched for debris disks around 104 s...
We present a detailed characterization of the extremely dusty main-sequence star TYC 8830 410 1. Thi...
Extensive photometric stellar surveys show that many main sequence stars show emission at infrared a...
We have used the James Clerk Maxwell Telescope in Hawaii to search at submillimeter wavelengths for ...
HR 8799 is a nearby A-type star with a debris disk and three planetary candidates, which have been i...
In addition to the Sun, six other stars are known to harbor multiple planets and debris disks: HD 69...
Context. Debris discs are thought to be formed through the collisional grinding of planete...
As part of a large SpitzerMIPS Guaranteed Time Observation program, we have searched for infrared ex...
HD 38529 is a post-main-sequence G8 III/IV star (3.5 Gyr old) with a planetary system consisting of ...
HD 38529 is a post-main-sequence G8 III/IV star (3.5 Gyr old) with a planetary system consisting of ...
International audienceDebris disk stars are good targets for high-contrast imaging searches for plan...
In our efforts to understand the formation and evolution of planetary systems and how other planetar...
Aims. Uncovering the ingredients and the architecture of planetary systems is a very active field of...
Aims. Uncovering the ingredients and the architecture of planetary systems is a very active field of...
We report the discovery of a debris system associated with the 30 Myr old G3/5V star HD 12039 using ...
Using the MIPS camera on the Spitzer Space Telescope, we have searched for debris disks around 104 s...
We present a detailed characterization of the extremely dusty main-sequence star TYC 8830 410 1. Thi...
Extensive photometric stellar surveys show that many main sequence stars show emission at infrared a...
We have used the James Clerk Maxwell Telescope in Hawaii to search at submillimeter wavelengths for ...
HR 8799 is a nearby A-type star with a debris disk and three planetary candidates, which have been i...
In addition to the Sun, six other stars are known to harbor multiple planets and debris disks: HD 69...
Context. Debris discs are thought to be formed through the collisional grinding of planete...
As part of a large SpitzerMIPS Guaranteed Time Observation program, we have searched for infrared ex...