... supplies long ago and if they could be observed they would take the form of stellar remnants such as neutron stars, white dwarfs or black holes. With the recent detection of gravitational waves, an international team of astronomers headed by Tilman...
... supergiant status already earmarks it as a variable-type star; a star that regularly brightens and dims with generally predictable frequency.... will leave behind a neutron star that will eventually turn into a fast spinning star called a pulsar. But ...
... eight solar masses tend to end with a bang in a supernova explosion. If the core survives it can end up as a neutron star or contracts to become a black hole if the remaining core is much greater than 3 solar masses. Mass therefore is everything ...
...that is only slightly bigger than the Earth and only neutron stars and black holes are thought to be denser than these...Type Ia supernovae (SNe Ia). SNe Ia occur when mass from one star is transferred onto a white dwarf companion. When this happens, it...
... the anticoincidence system. e-ASTROGAM will also study extreme acceleration mechanisms from compact objects such as neutron stars and black holes, ranging up to billions of solar masses (supermassive black holes). Its polarimetric capabilities and...
... object must be bigger than the upper mass of a neutron star, scientists were left with only one option; a black ...a lot of radiation to be emitted. In the case of an unlucky star that strays to close to the devouring black hole, the process is known...