Massive Stars, Supernovae and long GRBs

Astronomy and Astrophysics – Astronomy

Scientific paper

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Scientific paper

The evolutionary fate of massive stars in our Milky Way is thought to be reasonably well understood: stars above ˜ 8mso produce neutron stars and supernovae, while those above ˜ 20...30mso are presumed to form black holes. At metallicities of the SMC and below, however, our knowledge becomes poor. We show that, possibly, a type of supernova dominates in the metal-poor universe which hardly occurs at solar metallicity, and that stars of only 10mso initially may form black holes and gamma-ray bursts rather than neutron stars.

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