There is growing evidence that star clusters can no longer be considered simple stellar populations (SSPs). Intermediate and old age clusters are often found to have extended main sequence turn-offs (eMSTOs) which are difficult to explain with single age isochrones, an effect attributed to rotation. In this paper, we provide the first characterisation of this effect in young (<20Myr) clusters. We determine ages for 4 young massive clusters (2 LMC, 2 Galactic) by three different methods: using the brightest single turn-off (TO) star; using the luminosity function (LF) of the TO; and by using the lowest $L_{\rm bol}$ red supergiant (RSG). The age found using the cluster TO is consistently younger than the age found using the lowest RSG $L_{\r...
Most star clusters at an intermediate age (1-2 Gyr) in the Large and Small Magellanic Clouds show a ...
Special Session 7, IAU XXVII General AssemblyThis is the author accepted manuscript. The final versi...
Massive stars rapidly change their masses through strong stellar winds and mass transfer in binary s...
There is growing evidence that star clusters can no longer be considered simple stellar populations....
We use the Geneva syclist isochrone models that include the effects of stellar rotation to investiga...
We use the Geneva Syclist isochrone models that include the effects of stellar rotation to investiga...
We present Hubble Space Telescope photometry of NGC 1850, a ~100 Myr, ~105 M⊙ cluster in the Large M...
A recent surprise in stellar cluster research, made possible through the precision of Hubble Space T...
High-quality photometry of many star clusters in the Magellanic Clouds with ages of 1-2 Gyr revealed...
We present photometric analysis of 12 Galactic open clusters and show that the same multiple-populat...
Massive stars rapidly change their masses through strong stellar winds and mass transfer in binary s...
The origin of young star clusters represents a major challenge for modern stellar astrophysics. Whil...
Recent discoveries have put the picture of stellar clusters being simple stellar populations into qu...
We show that the extended main-sequence turnoffs seen in intermediate-age Large Magellanic Cloud (LM...
Recent studies have shown that the extended main-sequence turn-off (eMSTO) is a common feature of in...
Most star clusters at an intermediate age (1-2 Gyr) in the Large and Small Magellanic Clouds show a ...
Special Session 7, IAU XXVII General AssemblyThis is the author accepted manuscript. The final versi...
Massive stars rapidly change their masses through strong stellar winds and mass transfer in binary s...
There is growing evidence that star clusters can no longer be considered simple stellar populations....
We use the Geneva syclist isochrone models that include the effects of stellar rotation to investiga...
We use the Geneva Syclist isochrone models that include the effects of stellar rotation to investiga...
We present Hubble Space Telescope photometry of NGC 1850, a ~100 Myr, ~105 M⊙ cluster in the Large M...
A recent surprise in stellar cluster research, made possible through the precision of Hubble Space T...
High-quality photometry of many star clusters in the Magellanic Clouds with ages of 1-2 Gyr revealed...
We present photometric analysis of 12 Galactic open clusters and show that the same multiple-populat...
Massive stars rapidly change their masses through strong stellar winds and mass transfer in binary s...
The origin of young star clusters represents a major challenge for modern stellar astrophysics. Whil...
Recent discoveries have put the picture of stellar clusters being simple stellar populations into qu...
We show that the extended main-sequence turnoffs seen in intermediate-age Large Magellanic Cloud (LM...
Recent studies have shown that the extended main-sequence turn-off (eMSTO) is a common feature of in...
Most star clusters at an intermediate age (1-2 Gyr) in the Large and Small Magellanic Clouds show a ...
Special Session 7, IAU XXVII General AssemblyThis is the author accepted manuscript. The final versi...
Massive stars rapidly change their masses through strong stellar winds and mass transfer in binary s...