When the massive disk has a weaker magnetic field, however, the black hole launches a jet with the exact same luminosity and long period as the strange GRB (called GRB211211A) found in 2021 and reported in 2022. Not just does the new discovery assistance discuss the origins of long GRBs, it also gives insight into the nature and physics of black holes, their magnetic fields, and accretion disks.Full simulation of the large-scale development of a jet from a black hole-neutron star merger. The black holes intense gravity pulled the now-destroyed neutron stars debris toward it. Before the particles fell into the black hole, some of the particles initially swirled around the black hole as an accretion disk. When the mass fell into the black hole from the disk, it powered the black hole to introduce a jet that sped up to near light speed.Disk homes matterA surprise emerged as the researchers adjusted the strength of the enormous disks magnetic field.
Not only does the new discovery help discuss the origins of long GRBs, it also gives insight into the nature and physics of black holes, their magnetic fields, and accretion disks.Full simulation of the massive evolution of a jet from a black hole-neutron star merger. Before the debris fell into the black hole, some of the debris first swirled around the black hole as an accretion disk. When the mass fell into the black hole from the disk, it powered the black hole to release a jet that sped up to near light speed.Disk homes matterA surprise emerged as the researchers changed the strength of the enormous disks magnetic field.
