... Explanation: How massive can a star get without imploding into a black hole? ... that the object is a neutron star of typical mass, some previous theories of neutron ...
... The white stars are massive, hotter, and younger, about 4 million years old. ... Massivestars which formed in the older main cluster have long since disappeared ... from now a similar fate awaits the massivestars of the younger cluster - burning ...
... The white stars are massive, hotter, and younger, about 4 million years old. ... Massivestars which formed in the older main cluster have long since disappeared ... from now a similar fate awaits the massivestars of the younger cluster - burning ...
... NGC 6397's massivestars have long since evolved off the main sequence , exhausting ... leave the cluster with only old low massstars; faint red main sequence stars and ...
... NGC 6397's massivestars have long since evolved off the main sequence, exhausting ... leave the cluster with only old low massstars; faint red main sequence stars and ...
... black hole from the collapsing core of a massivestar is thought to be heralded by a ... X-1 , was born when a massivestar collapsed -- without any supernova explosion at ...
... black hole from the collapsing core of a massivestar is thought to be heralded by a ... X-1 , was born when a massivestar collapsed -- without any supernova explosion at ...
... In a binary system, the higher massstar will evolve faster and will eventually become a compact object - either a white dwarf ... When the lower massstar later evolves into an expansion phase, it may be so close to the compact star that its outer ...