... of stellar formation propose the existence of very massive stars that can attain up to 150 times the mass ... du Québec (CRAQ), has found and "weighed" the most massive star to date. Olivier Schnurr, Jules ...
... from? The question is not as simple as it seems. When it comes to the theory of how massive stars form, the devil is in the details. We know ... 's unique about these SMA observations is that we can check some of the hypotheses for massive star formation against the observations for the first ...
Turbulence in gas clouds may be the key to counter-acting gravity and allowing massive stars to form.
Cold gas cloud that could give rise to massive stars found in Milky Way.
... the first direct, well-resolved infrared images of a circumstellar disk around a young massive star -- HD200775. Their findings contribute to understanding ...
... form similarly to smaller stars. Because massive stars are believed to be responsible for creating most of the chemical ... of life.Until now, it had been difficult to prove how massive stars form because they are rare, form ...
... play an important role during the birth of massive stars. Magnetic fields are already known to strongly influence the formation of lower-mass stars like our Sun. This new study reveals ...
... show a disc surrounding an embryonic young, massive star, which is now fully formed," says Stefan ... mass falling onto the star. For instance, it has been proposed that massive stars might form when smaller ... , and allow us to better understand how baby massive stars became heavy," concludes Kraus ...
Massive stars -- those with more than about eight times the mass of the sun -- are arguably the most important actors in the universe. Much hotter ...
... nursery. This is the most detailed observational study to date of massive stars that appear (from the ground) to be alone. The scientists ... enough source of gas and dust to bring about one of these massive stars. The opposing theory, and the one that this research supports ...
... of Michigan astronomers add weight to the theory that the most massive stars in the universe could form essentially anywhere, including in near isolation; they don't need ...
... first time the morphology of an extended radio source in a binary system formed of a pulsar and a massive star has been determined. In a few such systems, the strong ...
... ) -- New computer simulations show that the light from massive stars is, by itself, enough to blow apart ... how, even before a single star explodes as a supernova, massive stars carve out huge bubbles ...
... do massive stars form? Stars with more than about eight times as much mass as the sun are arguably ... deaths as supernovae they disburse these elements into the cosmos. They also can leave behind neutron stars or black holes ...
... in astronomy. New observational evidence from the University of Michigan shows how high energy light from massive stars could have been responsible ...
