The elusive origins of long gamma-ray bursts may finally be revealed

Some of the universe’s most energetic and mysterious light shows, long gamma-ray bursts, could be generated after dense dead stars collide to create infant black holes surrounded by a natal disk of gas and dust. 

This is the conclusion of a team of researchers who used computer simulations to show that when neutron stars  —  dense, extremely dead stars created when massive stars run out of nuclear fuel  —  collide and merge, a long gamma-ray burst can be launched alongside the event’s jets and winds of energetic particles.


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