In this contribution we discuss the origin of the extreme helium-rich stars which inhabit the blue main sequence (bMS) of the Galactic globular cluster Omega Centauri. In a scenario where the cluster is the surviving remnant of a dwarf galaxy ingested by the Milky Way many Gyr ago, the peculiar chemical composition of the bMS stars can be naturally explained by considering the effects of strong differential galactic winds, which develop owing to multiple supernova explosions in a shallow potential well
Blue straggler stars (BSSs) lie above the current main sequence turn offon the color-magnitude diagr...
We present three different optical and near-infrared (NIR) data sets for evolved stars in the Galact...
Context. Globular clusters host multiple populations of long-lived low-mass stars whose origin remai...
In this contribution we discuss the origin of the extreme helium-rich stars which inhabit the blue m...
To study the possible origin of the huge helium enrichment attributed to the stars on the blue main ...
The most massive Galactic globular cluster omega Cen appears to have two, or perhaps more, distinct ...
Recent observations for the color-magnitude diagrams (CMDs) of the massive globular cluster Omega Ce...
Chemical evolution models are presented for the anomalous globular cluster ?Centauri. After demonstr...
Horizontal branch stars belong to an advanced stage in the evolution of the oldest stellar galactic ...
The star formation history of the globular cluster Omega Centauri is investigated in the context of ...
The discovery of the Sagittarius dwarf galaxy, which is being tidally disrupted by and merging with ...
UV observations of some massive globular clusters uncovered a significant population of very hot sta...
Abstract. Recent, high precision photometry of Omega Centauri, the biggest Galactic glob-ular cluste...
The origin of a double main-sequence (MS) in omega Centauri is explored. We have shown from theoreti...
Recent, high precision photometry of Omega Centauri, the biggest Galactic globular cluster, has been...
Blue straggler stars (BSSs) lie above the current main sequence turn offon the color-magnitude diagr...
We present three different optical and near-infrared (NIR) data sets for evolved stars in the Galact...
Context. Globular clusters host multiple populations of long-lived low-mass stars whose origin remai...
In this contribution we discuss the origin of the extreme helium-rich stars which inhabit the blue m...
To study the possible origin of the huge helium enrichment attributed to the stars on the blue main ...
The most massive Galactic globular cluster omega Cen appears to have two, or perhaps more, distinct ...
Recent observations for the color-magnitude diagrams (CMDs) of the massive globular cluster Omega Ce...
Chemical evolution models are presented for the anomalous globular cluster ?Centauri. After demonstr...
Horizontal branch stars belong to an advanced stage in the evolution of the oldest stellar galactic ...
The star formation history of the globular cluster Omega Centauri is investigated in the context of ...
The discovery of the Sagittarius dwarf galaxy, which is being tidally disrupted by and merging with ...
UV observations of some massive globular clusters uncovered a significant population of very hot sta...
Abstract. Recent, high precision photometry of Omega Centauri, the biggest Galactic glob-ular cluste...
The origin of a double main-sequence (MS) in omega Centauri is explored. We have shown from theoreti...
Recent, high precision photometry of Omega Centauri, the biggest Galactic globular cluster, has been...
Blue straggler stars (BSSs) lie above the current main sequence turn offon the color-magnitude diagr...
We present three different optical and near-infrared (NIR) data sets for evolved stars in the Galact...
Context. Globular clusters host multiple populations of long-lived low-mass stars whose origin remai...