NASA | Colliding Neutron Stars Create Black Hole and Gamma-ray Burst

Gamma ray bursts are the universe's brightest explosions, often linked to black hole births. Long bursts result from massive star deaths, while short bursts, once mysterious, are now linked to neutron star collisions. These dense stars, when merging, form black holes and release energy. Simulations show how their magnetic fields organize into jets, confirming their role in short gamma ray bursts.

What role does the Damiana supercomputer play in understanding neutron star mergers?

How do chaotic magnetic fields become organized as jets during neutron star mergers?