Context. Recent studies have revealed massive star clusters in a region of the Milky Way close to the tip of the Long Bar. These clusters are heavily obscured and are characterised by a population of red supergiants. Aims. We analyse a previously unreported concentration of bright red stars ~16' away from the cluster RSGC1 Methods. We utilised near IR photometry to identify candidate red supergiants and then K-band spectroscopy of a sample to characterise their properties. Results. We find a compact clump of eight red supergiants and five other candidates at some distance, one of which is spectroscopically confirmed as a red supergiant. These objects must form an open cluster, which we name Alicante 8. Because of the high reddening...
Context. It has been suggested that the compact open cluster VdBH 222 is a young massive distant obj...
Context. Clear identifications of Galactic young stellar clusters farther than a few kpc from the Su...
Red supergiants (RSGs) are cool, luminous stars with radii that can exceed 1000 R⊙. Indeed, such is ...
Context. Recent studies have revealed massive star clusters in a region of the Milky Way close to th...
Context. Recent studies have shown that the area around the massive, obscured cluster RSGC3 may har...
Context. Four clusters of red supergiants have been discovered in a region of the Milky Way close to...
Massive clusters in our Galaxy are an ideal testbed to investigate the properties and evolution of h...
Massive stars are important for the evolution of the interstellar medium. The detailed study of thei...
Context. Several clusters of red supergiants have been discovered in a small region of the Milky Way...
Aims. We aim to characterise the properties of a third massive, red supergiant dominated galactic cl...
Context. Several clusters of red supergiants have been discovered in a small region of the Milky Way...
We report the discovery of an extraordinarily massive young cluster of stars in the Galaxy, having a...
Aims. In this study we conduct a pilot program aimed at the red supergiant population of the Magella...
Recent surveys uncovered new young massive clusters (YMCs) that host dozens of red supergiants (RSGs...
We present a new catalogue of cool supergiants in a section of the Perseus arm, most of which had no...
Context. It has been suggested that the compact open cluster VdBH 222 is a young massive distant obj...
Context. Clear identifications of Galactic young stellar clusters farther than a few kpc from the Su...
Red supergiants (RSGs) are cool, luminous stars with radii that can exceed 1000 R⊙. Indeed, such is ...
Context. Recent studies have revealed massive star clusters in a region of the Milky Way close to th...
Context. Recent studies have shown that the area around the massive, obscured cluster RSGC3 may har...
Context. Four clusters of red supergiants have been discovered in a region of the Milky Way close to...
Massive clusters in our Galaxy are an ideal testbed to investigate the properties and evolution of h...
Massive stars are important for the evolution of the interstellar medium. The detailed study of thei...
Context. Several clusters of red supergiants have been discovered in a small region of the Milky Way...
Aims. We aim to characterise the properties of a third massive, red supergiant dominated galactic cl...
Context. Several clusters of red supergiants have been discovered in a small region of the Milky Way...
We report the discovery of an extraordinarily massive young cluster of stars in the Galaxy, having a...
Aims. In this study we conduct a pilot program aimed at the red supergiant population of the Magella...
Recent surveys uncovered new young massive clusters (YMCs) that host dozens of red supergiants (RSGs...
We present a new catalogue of cool supergiants in a section of the Perseus arm, most of which had no...
Context. It has been suggested that the compact open cluster VdBH 222 is a young massive distant obj...
Context. Clear identifications of Galactic young stellar clusters farther than a few kpc from the Su...
Red supergiants (RSGs) are cool, luminous stars with radii that can exceed 1000 R⊙. Indeed, such is ...