... was detected last year, suggest that a Quark-Nova (QN) was responsible for the supernova peaking in brightness a few days later. Supernova explosions occur when a star of a certain mass explodes with such force that they radiate more...
... at Purdue University and lead author of a paper recently published in the Astrophysical Journal Letters. "We know that supernova explosions produce these types of rapidly rotating neutron stars, but we never saw direct evidence of it at this unique...
... than usual. By examining the light spectrum, the team were able to show that the explosion was powered by a collision between the supernova and a massive shell of gas, shed by the star in the years before it exploded. "While...
... peak luminosity in only a few days compared to the usual two weeks associated with standard stellar explosions. Although most of a supernova’s energy is blown out from its core in the form of neutrinos, they also bathe their surroundings...
... from the University of Kansas studying the effects of such an explosion, think perhaps so. Using computer modelling to ascertain the affects of two stars that went supernova approximately 1.7 to 3.2 million and 6.5 to 8.7 million years ago, Adrian...
... leftover stellar remnants. White dwarfs are also behind one of the most common types of supernova explosions in the local Universe - Type Ia supernovae (SNe Ia). SNe Ia occur when mass from one star is transferred onto a white dwarf companion...