This contribution addresses the question of whether the initial cluster mass function (ICMF) has a fundamental limit (or truncation) at high masses. The shape of the ICMF at high masses can be studied using the most massive young (<10 Myr) clusters, however this has proven difficult due to low-number statistics. In this contribution we use an alternative method based on the luminosities of the brightest clusters, combined with their ages. The advantages are that more clusters can be used and that the ICMF leaves a distinct pattern on the global relation between the cluster luminosity and median age within a population. If a truncation is present, a generic prediction (nearly independent of the cluster disruption law adopted) is that the med...
We construct the observed luminosity functions of the remote young open clusters NGC 2383, 2384, 410...
Abstract We investigate the variation in the upper end of the stellar initial mass fu...
Based on the CCD observations of remote young open clusters NGC 2383, NGC 2384, NGC 4103, NGC 4755, ...
This contribution addresses the question of whether the initial cluster mass function (ICMF) has a f...
This contribution addresses the question of whether the initial cluster mass function (ICMF) has a f...
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 ...
We introduce a method to relate a possible truncation of the star cluster mass function at the high ...
Aims. The initial cluster mass function (ICMF) in spiral discs is constrained and compared with dat...
Aims. The initial cluster mass function (ICMF) in spiral discs is constrained and compared with dat...
We introduce a method to relate a possible truncation of the star cluster mass function at the high ...
Aims. The initial cluster mass function (ICMF) in spiral discs is constrained and compared with dat...
Aims. The initial cluster mass function (ICMF) in spiral discs is constrained and compared with data...
Aims. The initial cluster mass function (ICMF) in spiral discs is constrained and compared with data...
Aims. The initial cluster mass function (ICMF) in spiral discs is constrained and compared with data...
We construct the observed luminosity functions of the remote young open clusters NGC 2383, 2384, 410...
Abstract We investigate the variation in the upper end of the stellar initial mass fu...
Based on the CCD observations of remote young open clusters NGC 2383, NGC 2384, NGC 4103, NGC 4755, ...
This contribution addresses the question of whether the initial cluster mass function (ICMF) has a f...
This contribution addresses the question of whether the initial cluster mass function (ICMF) has a f...
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 ...
We introduce a method to relate a possible truncation of the star cluster mass function at the high ...
Aims. The initial cluster mass function (ICMF) in spiral discs is constrained and compared with dat...
Aims. The initial cluster mass function (ICMF) in spiral discs is constrained and compared with dat...
We introduce a method to relate a possible truncation of the star cluster mass function at the high ...
Aims. The initial cluster mass function (ICMF) in spiral discs is constrained and compared with dat...
Aims. The initial cluster mass function (ICMF) in spiral discs is constrained and compared with data...
Aims. The initial cluster mass function (ICMF) in spiral discs is constrained and compared with data...
Aims. The initial cluster mass function (ICMF) in spiral discs is constrained and compared with data...
We construct the observed luminosity functions of the remote young open clusters NGC 2383, 2384, 410...
Abstract We investigate the variation in the upper end of the stellar initial mass fu...
Based on the CCD observations of remote young open clusters NGC 2383, NGC 2384, NGC 4103, NGC 4755, ...