Aims. We aim to study the properties of massive stars at low metallicity, with an emphasis on their evolution, rotation, and surface abundances. We focus on O-type dwarfs in the Small Magellanic Cloud. These stars are expected to have weak winds that do not remove significant amounts of their initial angular momentum. Methods. We analyzed the UV and optical spectra of twenty-three objects using the NLTE stellar atmosphere code cmfge
26 pages, 3 tables, 15 figures. Accepted for publication in MNRASInternational audienceWe present a ...
The Small Magellanic Cloud is a close, irregular galaxy that has experienced a complex star formatio...
Context. Massive stars likely played an important role in the reionization of the Universe, and the ...
Context. Low-metallicity environments such as the early Universe and compact star-forming dwarf gala...
Context. The evolution of massive stars depends on several physical processes and parameters. Metall...
Context. The evolution of massive stars is not fully understood. Several physical processes affect t...
Accepted for publication in A&A (43 pages, 60 figures)International audienceWe study the evolution, ...
My thesis has two main topics: the study of low-metallicity massive stars, and the study of the susp...
Context.Precise measurements of the surface abundances of extremely low-metallicity stars have recen...
International audienceContext. The evolution of massive stars depends on several physical processes ...
26 pages, 3 tables, 15 figures. Accepted for publication in MNRASInternational audienceWe present a ...
The Small Magellanic Cloud is a close, irregular galaxy that has experienced a complex star formatio...
Context. Massive stars likely played an important role in the reionization of the Universe, and the ...
Context. Low-metallicity environments such as the early Universe and compact star-forming dwarf gala...
Context. The evolution of massive stars depends on several physical processes and parameters. Metall...
Context. The evolution of massive stars is not fully understood. Several physical processes affect t...
Accepted for publication in A&A (43 pages, 60 figures)International audienceWe study the evolution, ...
My thesis has two main topics: the study of low-metallicity massive stars, and the study of the susp...
Context.Precise measurements of the surface abundances of extremely low-metallicity stars have recen...
International audienceContext. The evolution of massive stars depends on several physical processes ...
26 pages, 3 tables, 15 figures. Accepted for publication in MNRASInternational audienceWe present a ...
The Small Magellanic Cloud is a close, irregular galaxy that has experienced a complex star formatio...
Context. Massive stars likely played an important role in the reionization of the Universe, and the ...