The GAPS programme is an Italian project aiming to search and characterize extra-solar planetary systems around stars with different characteristics (mass, metallicity, environment). GAPS was born in 2012, when single research groups joined in order to propose a long-term multi-purpose observing program for the exploitation of the extraordinary performances of the HARPS-N spectrograph, mounted at the Telescopio Nazionale Galileo. Now this group is a concerted community in which wide range of expertise and capabilities are shared in order to reach a more important role in the wider international context. We present the results achieved up to now from the GAPS radial velocity survey: they were obtained in both the two main objectives of the p...
In the context of the programme Global Architecture of Planetary Systems (GAPS), we have performed r...
Context. The orbital obliquity of planets with respect to the rotational axis of their host stars is...
International audienceContext. Our understanding of the formation and evolution of planetary systems...
The GAPS project is running since 2012 with the goal to optimize the science return of the HARPS-N i...
Since 2012 the GAPS (Global Architecture of Planetary Systems) project at the Telescopio Nazionale G...
The “GAPS” (Global Architecture of Planetary Systems) project gathers a large part of the Italian co...
The Global Architecture of Planetary Systems (GAPS) project, gathers a large part of the Italian com...
International audienceContext. Observations of exoplanetary systems demonstrate that a wide variety ...
Context. Open cluster (OC) stars share the same age and metallicity, and, in general, their age and ...
Context. Our understanding of the formation and evolution of planetary systems is still fragmentary ...
Context. Observations of exoplanetary systems demonstrate that a wide variety of planetary architect...
Context. The orbital obliquity of planets with respect to the rotational axis of their host stars is...
Context. The orbital obliquity of planets with respect to the rotational axis of their host stars is...
Context. Observations of exoplanetary systems demonstrate that a wide variety of planetary architect...
In the context of the programme Global Architecture of Planetary Systems (GAPS), we have performed r...
Context. The orbital obliquity of planets with respect to the rotational axis of their host stars is...
International audienceContext. Our understanding of the formation and evolution of planetary systems...
The GAPS project is running since 2012 with the goal to optimize the science return of the HARPS-N i...
Since 2012 the GAPS (Global Architecture of Planetary Systems) project at the Telescopio Nazionale G...
The “GAPS” (Global Architecture of Planetary Systems) project gathers a large part of the Italian co...
The Global Architecture of Planetary Systems (GAPS) project, gathers a large part of the Italian com...
International audienceContext. Observations of exoplanetary systems demonstrate that a wide variety ...
Context. Open cluster (OC) stars share the same age and metallicity, and, in general, their age and ...
Context. Our understanding of the formation and evolution of planetary systems is still fragmentary ...
Context. Observations of exoplanetary systems demonstrate that a wide variety of planetary architect...
Context. The orbital obliquity of planets with respect to the rotational axis of their host stars is...
Context. The orbital obliquity of planets with respect to the rotational axis of their host stars is...
Context. Observations of exoplanetary systems demonstrate that a wide variety of planetary architect...
In the context of the programme Global Architecture of Planetary Systems (GAPS), we have performed r...
Context. The orbital obliquity of planets with respect to the rotational axis of their host stars is...
International audienceContext. Our understanding of the formation and evolution of planetary systems...