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A distant gamma-ray burst, linked to a neutron star merger from a galactic collision, reveals how galaxy interactions may create heavy elements like gold and platinum.
A distant gamma-ray burst, GRB 230906A, likely resulted from a neutron star merger triggered by a galactic collision, occurring 8.5 billion light-years away in a faint, interacting dwarf galaxy.
Detected by NASA’s Swift satellite and the Very Large Telescope, the event marks the first link between a short gamma-ray burst and a large-scale galactic merger.
The findings suggest galaxy interactions can spark star formation leading to neutron star mergers, which produce heavy elements like gold and platinum.
Though the exact elements from this burst couldn’t be measured, such events are now understood to be key sources of cosmic heavy metals.
Future telescopes and gravitational wave detectors will improve detection and deepen understanding of how Earth’s elements were forged in space.
Un distante estallido de rayos gamma, vinculado a una fusión de estrellas de neutrones de una colisión galáctica, revela cómo las interacciones de las galaxias pueden crear elementos pesados como el oro y el platino.