What catastrophic stellar events are Gamma-Ray Bursts (GRBs), used to trace the Quipu, most often associated with marking in the universe?
Collapse of massive stars into black holes or the merging of neutron stars
Gamma-Ray Bursts (GRBs) serve as crucial tracers for mapping the large-scale distribution of matter, including the Quipu, because they represent some of the most luminous electromagnetic events in existence. These intense bursts of energy are fundamentally linked to extreme gravitational phenomena. Specifically, GRBs generally mark either the violent endpoint of the life cycle of exceedingly massive stars that collapse to form black holes, or the extremely energetic collision and merger of two neutron stars. Because of their immense brightness, these events can be seen across vast cosmological distances, allowing astronomers to map the underlying 'scaffolding' of the early universe, which would otherwise remain invisible.

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