As he reported 24 ChannelsThe eruption, designated GRB 230307A, was first detected by NASA’s telescope in March of this year, according to the results presented in the article. Using triangulation techniques, scientists were able to pinpoint the location of the radiation source about 8.3 million light-years from our planet.

This is how gold and platinum are formed

An important contribution of the James Webb telescope is its ability to analyze the consequences of a cosmic event known as the kilonova formation. The researchers found convincing evidence that the merger of the two observed neutron stars led to the formation of a range of heavy metals.

Of particular interest are the signatures of tellurium and lanthanides, a group of 15 metals heavier than lead. This group includes: gold, uranium and platinumhas significant economic and industrial importance.

According to scientists, this is the result of a process called heavy elements. fast capture of neutrons. Until now, this process could only be simulated on Earth, since the prevailing belief was that stars only occur in celestial bodies.

A kilonova captured by the James Webb telescope / JWST photo

Why is this important?

The implications of this discovery go beyond the simple formation of heavy metals. There is a theory that such nucleosynthesis played a key role in the origin of all heavy elements in the infinite voids of the universe.

The results of this work, made possible by the excellent capabilities of the James Webb Telescope, pave the way for a deeper understanding of the fundamental processes that contributed to the formation and evolution of the cosmos.