Primitive black holes “rewrite the history of the universe” can explode

It was a great week of Stephen Hawking Black theories. yesterday, Ligo emphasized the famous physicist prediction About the merger of the black hole. Now, another team believes that they have found a way to monitor primitive black holes – its primary giant, which has not emerged from the ashes of the prepared stars but from the chaos of the early universe.

In a paper published on September 9 in Physical review messages, A team of physical scientists is bold, during the next decade, we will be able to see the explosive death of a black hole – specifically a primitive black hole. The study of radiation emitted from this event, they will present, will present an unprecedented view of the dynamics of the early universe.

“We do not claim that it will never happen this contract,” said Michael Baker, one of the authors participating in the study. press release. “But there may be a 90 % chance on it. Since we already have technology to monitor these explosions, we must be ready.”

What happens when black holes die

Black holes are among the most powerful entities in our world, but as with all things, black holes die in the end. Hawking expected that in the period that reaches this catastrophic end, black holes are emitted from a very slow stream of atomic and atomic molecules – a phenomenon later called the hawk radiation.

In theory, the current gamma radi observatory should be able to detect the hawks radiation. The issue is that black holes live for very For a long time, scientists believe that such explosions occur and our scope of detection enters perhaps once every 100,000 years.

A dark version of events

Baker and his colleagues believe that we may not face a long time to wait. They formulated a long assumption that black holes are electrically neutral. Since the primitive black holes and younger (relatively) peer have different stories, they have asked whether the primitive black holes could have different electrical properties.

After some theoretical exploration, the team settled on what they call the “dark game model”. In this scenario, primitive black holes contain a small “dark” charge supported by “dark electrons”, which is a very heavy virtual version of the electron.

Baker told Boston Globe. They found that a slightly charged black black hole would explode, in theory, very early in the history of the universe. Additional charging would suppress the hawks radiation, which would extend the life of these primitive black holes that already believed to have exploded.

“Because the only black holes that can explode today or in the near future are these (primitive black holes), we know that if we see the radiation of the hawks, we are witnessing an explosion (a primitive black hole),” said the study, a co -author of the study, Jokim Aghawan Juan in a statement.

He said that if they hold their predictions to more scrutiny and prove his health in the end, scientists can collect a “final record for every particle that constitutes everything in the universe”, adding that such a discovery “will revolutionize physics and help us to rewrite the history of the universe.”