Astronomers Witness Creation of Rare Heavy Elements in Star Merger

TL;DR Summary
The James Webb Space Telescope has detected the chemical element tellurium in the aftermath of a kilonova, an explosion resulting from the merging of two neutron stars. This discovery brings scientists closer to understanding the creation of valuable and life-sustaining elements in the Universe. The observations from multiple telescopes also revealed that the neutron stars responsible for the kilonova were once part of a binary system in a spiral galaxy located 120,000 light-years away. The findings, published in the journal Nature, highlight the transformative capabilities of the Webb telescope in advancing our understanding of the Universe.
Topics:science#chemical-elements#gamma-ray-burst#james-webb-space-telescope#kilonova#neutron-star-merger#science-and-exploration
- Webb's first detection of heavy element from star merger European Space Agency
- Creation of rare heavy elements witnessed in neutron-star collision The Guardian
- Second-brightest gamma-ray burst ever seen observed creating elements needed for life Phys.org
- NASA's Webb Makes First Detection of Heavy Element From Star Merger NASA
- Bright flash leads astronomers to a heavy-metal factory 900 million light years away MIT News
- View Full Coverage on Google News
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