... of stellar formation propose the existence of very massive stars that can attain up to 150 times the mass of ... and Nicole St-Louis, successfully "weighed" a star of a binary system with a mass 116 times ...
... scales examined.
"What'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 time," said Zhang. "Unlike ...
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 the role of circumstellar disks in massive ...
... have at last found definitive evidence that the universe's first dust -- the celestial stuff that seeded future generations of stars and planets -- was forged in the explosions of massive stars.
Astronomers have been able to capture and record the moment when a massive star begins to blow itself apart.
... that," he said.
Magnetars interest astrophysicists because of their mysterious and unusual characteristics. When massive stars collapse, they usually form compact objects called neutron stars or ...
... likely to form in dense areas, where star birth occurs at a rapid rate, instead ... central region was not as robust, which may have produced only less massive star clusters that dissipated over time", he ...
Researchers say they have figured out how a mysterious clutch of massive stars could have come into existence a few trillion miles from the supermassive black hole at the center of the Milky Way. [ ...
A new image taken by the Spitzer Space Telescope offers evidence that winds from massive stars inside gas clouds can trigger star formation.
Researchers say they have figured out how a mysterious clutch of massive stars could have come into existence a few trillion miles from the supermassive black hole at the center of the Milky Way. [ ...
Researchers say they have figured out how a mysterious clutch of massive stars could have come into existence a few trillion miles from the supermassive black hole at the center of the Milky Way. [ ...
... 10 solar masses in its most recent 1843 eruption alone.
"These explosions may be the primary way by which massive stars can shed their outer hydrogen layers before they die," Smith said. "If Eta ...
... activity.
A neutron star is the bare, condensed remains of a massive star with between eight and fifteen times the mass of the Sun, which has expelled its outer layers following a supernova explosion ...
