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The merger of neutron stars results in the brightest magnetar ever observed.
Scientists under the guidance Amanda Morris of Northwestern University managed to discover a magnetar, formed by the merger of two neutron stars, which also led to the formation of a kilo. The lightning from the merger of neutron stars has the energy of what our Sun will emit in 10 billion years in half a second. Instead of the supposed formation of a black hole, a magnetar with a very strong magnetic field was created.
The pounds are expected to be a thousand times brighter than classic novae, which are accompanied by short doses of gamma radiation. A unique combination of two compact objects, kilos of light emanate from the radioactive decay of heavy elements ejected during fusion and create elements such as gold and uranium. “To date, we have only one confirmed and exemplary chilon,” said Jillian Rastinejad, co-author of the article and graduate student in Fong’s lab. “So it’s especially exciting to find a new potential kilo that looks so different. This discovery gave us the opportunity to explore the diversity of kilos and their residual objects.”
Zdroj: Phys,
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