We report the identification of very massive stars (VMS; mass > 100 M⊙) that may be segregated in the center of the young massive star cluster at z = 2.37 hosted in the lensed galaxy called Sunburs
Context. The evolution of massive stars is not fully constrained. Studies of young massive clusters ...
Strong lensing offers a precious opportunity for studying the formation and early evolution of super...
Context. Recent near-infrared data have contributed to unveiling massive and obscured stellar popula...
We report the identification of very massive stars (VMS; mass > 100 M⊙) that may be segregated in th...
International audienceWe report on the identification of very massive stars (VMS, mass $> 100$ \msun...
We investigate the strongly lensed (μ ≃ ×10 − 100) Lyman continuum (LyC) galaxy, dubbed Sunburst, at...
We investigate the strongly lensed (mu similar or equal to x10-100) Lyman continuum (LyC) galaxy, du...
Context. The evolution of massive stars is not fully constrained. Studies of young massive clusters ...
Strong lensing offers a precious opportunity for studying the formation and early evolution of super...
Context. Recent near-infrared data have contributed to unveiling massive and obscured stellar popula...
We report the identification of very massive stars (VMS; mass > 100 M⊙) that may be segregated in th...
International audienceWe report on the identification of very massive stars (VMS, mass $> 100$ \msun...
We investigate the strongly lensed (μ ≃ ×10 − 100) Lyman continuum (LyC) galaxy, dubbed Sunburst, at...
We investigate the strongly lensed (mu similar or equal to x10-100) Lyman continuum (LyC) galaxy, du...
Context. The evolution of massive stars is not fully constrained. Studies of young massive clusters ...
Strong lensing offers a precious opportunity for studying the formation and early evolution of super...
Context. Recent near-infrared data have contributed to unveiling massive and obscured stellar popula...