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Science, 2012
Observations reveal the possible formation of a brown dwarf through the collapse of an interstellar cloud fragment.
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Observations reveal the possible formation of a brown dwarf through the collapse of an interstellar cloud fragment.
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2003
Some popular star formation theories envision binary formation as the end product of cloud core fragmentation followed by dynamical evolution within small-N stellar groups. To explore these scenarios, we simulate the dynamical decay of small-N stellar groups by direct orbit integrations and analyze the multiplicity and contents of the stable decay ...
Michael Sterzik, Richard H. Durisen
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Some popular star formation theories envision binary formation as the end product of cloud core fragmentation followed by dynamical evolution within small-N stellar groups. To explore these scenarios, we simulate the dynamical decay of small-N stellar groups by direct orbit integrations and analyze the multiplicity and contents of the stable decay ...
Michael Sterzik, Richard H. Durisen
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Physics World, 1990
The Sun and Jupiter are similar in several respects. Both are self-gravitating 'gas spheres' that are composed primarily of hydrogen. However, the mass of Jupiter is only about 1/1000 that of the Sun. Now let us suppose that Jupiter's mass was actually ten times larger and the Sun's mass was decreased by a factor of ten. Would we still refer to Jupiter
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The Sun and Jupiter are similar in several respects. Both are self-gravitating 'gas spheres' that are composed primarily of hydrogen. However, the mass of Jupiter is only about 1/1000 that of the Sun. Now let us suppose that Jupiter's mass was actually ten times larger and the Sun's mass was decreased by a factor of ten. Would we still refer to Jupiter
openaire +2 more sources