We determine the mass function of young star clusters in the merging galaxies the ``Antennae'' (NGC 4038/39) from deep images taken with the WFPC2 on the refurbished Hubble Space Telescope (HST). This is accomplished by means of reddening-free parameters and a comparison with stellar population synthesis tracks to estimate the intrinsic luminosity and age and hence the mass of each cluster. We find that the mass function of the young star clusters (with ages <~ 160 Myr) is well represented by a power law of the form psi(M) ~ M^{-2} over the range 10^4 < M < 10^6 solar masses. This result may have important implications for our understanding of the origin of globular clusters during the early phases of galactic evolution
International audienceWe estimate the dynamical masses of several young ({≈ 10} Myr) massive star...
We introduce a method to relate a possible truncation of the star cluster mass function at the high ...
We introduce a method to relate a possible truncation of the star cluster mass function at the high ...
In order to estimate the masses of the compact, young star clusters in the merging galaxy pair, NGC ...
In order to estimate the masses of the compact, young star clusters in the merging galaxy pair, NGC ...
The large populations of young star clusters observed in interacting galaxies like NGC4038 4039 ("Th...
The large populations of young star clusters observed in interacting galaxies like NGC4038 4039 ("Th...
We present a framework for understanding the demographics of star cluster systems, and develop a toy...
In order to estimate the masses of the compact, young star clusters in the merging galaxy pair, NGC ...
Massive clusters are now seen to form easily in interacting and merginggalaxies, making these excell...
International audienceWe estimate the dynamical masses of several young (≈10 Myr) massive star cl...
International audienceWe estimate the dynamical masses of several young (≈10 Myr) massive star cl...
Abstract We investigate the variation in the upper end of the stellar initial mass fu...
International audienceWe estimate the dynamical masses of several young ({≈ 10} Myr) massive star...
International audienceWe estimate the dynamical masses of several young ({≈ 10} Myr) massive star...
International audienceWe estimate the dynamical masses of several young ({≈ 10} Myr) massive star...
We introduce a method to relate a possible truncation of the star cluster mass function at the high ...
We introduce a method to relate a possible truncation of the star cluster mass function at the high ...
In order to estimate the masses of the compact, young star clusters in the merging galaxy pair, NGC ...
In order to estimate the masses of the compact, young star clusters in the merging galaxy pair, NGC ...
The large populations of young star clusters observed in interacting galaxies like NGC4038 4039 ("Th...
The large populations of young star clusters observed in interacting galaxies like NGC4038 4039 ("Th...
We present a framework for understanding the demographics of star cluster systems, and develop a toy...
In order to estimate the masses of the compact, young star clusters in the merging galaxy pair, NGC ...
Massive clusters are now seen to form easily in interacting and merginggalaxies, making these excell...
International audienceWe estimate the dynamical masses of several young (≈10 Myr) massive star cl...
International audienceWe estimate the dynamical masses of several young (≈10 Myr) massive star cl...
Abstract We investigate the variation in the upper end of the stellar initial mass fu...
International audienceWe estimate the dynamical masses of several young ({≈ 10} Myr) massive star...
International audienceWe estimate the dynamical masses of several young ({≈ 10} Myr) massive star...
International audienceWe estimate the dynamical masses of several young ({≈ 10} Myr) massive star...
We introduce a method to relate a possible truncation of the star cluster mass function at the high ...
We introduce a method to relate a possible truncation of the star cluster mass function at the high ...