Read, Watch or Listen

Scientists have discovered that magnetar flares, powerful bursts from intensely magnetic neutron stars, can produce vast quantities of heavy elements like gold and platinum in seconds. This finding challenges previous theories about the origin of these metals, which were primarily attributed to supernovae and neutron star mergers. Analysis of a 2004 flare suggests magnetars could account for up to 10% of our galaxy's gold and platinum. This new understanding of r-process element creation impacts our comprehension of metal formation in young galaxies and the distribution of heavy metals throughout the universe.

Prepared by Olivia Bennett and reviewed by editorial team.