Modern astrometric and spectroscopic surveys have revealed a wealth of structure in the phase space of stars in the Milky Way, with evidence of resonance features and non-equilibrium processes. Using the third Gaia data release, we present evidence of a new resonance-like feature in the outer disc of the Milky Way. The feature is most evident in the angular momentum distribution of the young classical Cepheids, a population for which we can derive accurate distances over much of the Galactic disc. We then searched for similar features in the outer disc using a much larger sample of red giant stars, as well as a compiled list of over 31 million stars with spectroscopic line-of-sight velocity measurements. While much less evident in these two...
We use the second data releases of the European Space AgencyGaia astrometric survey and the high-res...
We investigate the evolution of galactic discs in N-body tree-SPH simulations. We find that discs, i...
We will present the new phase space substructures sampled by the six million stars’ dataset with 6D ...
We use the second Gaia data release to dissect the Milky Way disc in phase-space and relative ages. ...
International audienceThe second data release of the Gaia mission has revealed a very rich structure...
Using a numerical simulation of an isolated barred disc galaxy, we first demonstrate that the resona...
The second data release of the Gaia mission has revealed a very rich structure in local velocity spa...
Aims: We study the distribution of nearby thick-disc and halo stars in subspaces defined by their ch...
In this paper we introduce a new method for analysing Milky Way phase-space which allows us to revea...
International audienceThe angular momentum distribution of classical Cepheids in the outer Milky Way...
Using a numerical simulation of an isolated barred disc galaxy, we first demonstrate that the resona...
In this paper we introduce a new method for analysing Milky Way phase-space which allows us to revea...
Context. With the most recent Gaia data release, the number of sources with complete 6D phase space ...
Detailed analysis of kinematics of the Milky Way disk in the solar neighborhood based on the GAIA DR...
Recent large-scale infrared surveys have been revealing stellar populations in the inner Galaxy seen...
We use the second data releases of the European Space AgencyGaia astrometric survey and the high-res...
We investigate the evolution of galactic discs in N-body tree-SPH simulations. We find that discs, i...
We will present the new phase space substructures sampled by the six million stars’ dataset with 6D ...
We use the second Gaia data release to dissect the Milky Way disc in phase-space and relative ages. ...
International audienceThe second data release of the Gaia mission has revealed a very rich structure...
Using a numerical simulation of an isolated barred disc galaxy, we first demonstrate that the resona...
The second data release of the Gaia mission has revealed a very rich structure in local velocity spa...
Aims: We study the distribution of nearby thick-disc and halo stars in subspaces defined by their ch...
In this paper we introduce a new method for analysing Milky Way phase-space which allows us to revea...
International audienceThe angular momentum distribution of classical Cepheids in the outer Milky Way...
Using a numerical simulation of an isolated barred disc galaxy, we first demonstrate that the resona...
In this paper we introduce a new method for analysing Milky Way phase-space which allows us to revea...
Context. With the most recent Gaia data release, the number of sources with complete 6D phase space ...
Detailed analysis of kinematics of the Milky Way disk in the solar neighborhood based on the GAIA DR...
Recent large-scale infrared surveys have been revealing stellar populations in the inner Galaxy seen...
We use the second data releases of the European Space AgencyGaia astrometric survey and the high-res...
We investigate the evolution of galactic discs in N-body tree-SPH simulations. We find that discs, i...
We will present the new phase space substructures sampled by the six million stars’ dataset with 6D ...