Physicists suggest a cheapest alternative to particles: super black holes

A new study from Johns Hopkins University indicates that super black holes-those cosmic cosmos that lie in galaxy centers-may already generate types of high-energy particles that researchers spent in an attempt to re-create here on Earth.

Posted today in Physical review messagesThe study suggests that some sunken black holes can serve as natural particles, competing or even bypassing the capabilities of the Great Hadron Corporation (LHC). This is a big deal, especially since the funding of basic physics research grows increasingly in the United States, and the credibility plans from the next generation extend to the future.

Participant author Andrew Mumri, a theoretical physicist at Oxford University, told Gizmodo, for a decade, experts have organized theoretically that super black holes can do so. But his study tried to verify the validity of this theory by searching for natural scenarios that would lead to a black hole behavior. Understanding how this happens can provide a new way to search for dark matter and other dribbling molecules.

“One of the great hopes for particle sheets like Hadron Correction is that he will generate the dark material molecules, but we have not seen any evidence yet,” Make up Participating author Joseph Silk, astronomical physicist at Johns Hopkins University, Oxford University, and the Institute of Astronomical Physics in Paris, in the Johns Hopkins statement. “For this reason there are ongoing discussions to build a more powerful version, which is from the next generation of the next generation,” said Silk. “But while we invest 30 billion dollars and wait 40 years to build this Supercollider – it may provide a glimpse of the future in very huge black holes.”

In LHC, Protons are destroyed at speeds close to light To detect the basic building blocks of reality – and we hope to take a look at the dark matter, the mysterious things that make up about 85 % of the mass of the universe. But it turns out that black holes may actually produce these outgoing particles in the wild.

Some super black holes rotate very quickly They can get rid of plasma planes At amazing speeds. In their new studies, similar to Mummery and silk similar to what is happening near the edge of this yarn monsters, where violent gas flows can wear particles in chaotic clashes, such as the bum in the human designed.

Silk said: “Some particles of these collisions decrease to the throat of the hole and disappear forever, but because of their energy and momentum, some come out as well, and go out who go out to high energies that are impossible.”

In theory, these vibrant particles that are launched through space can be captured in theory Icecube in Antarctica Or KM3net telescope below the Mediterranean, both of which already discovering ghost particles called neutrons. Earlier this year, KM3NET researchers announced a discovery Most of the active neutrino so farA possible step forward in understanding the behavior of these fast and vibrant particles.

Equipped with a deeper understanding of how these high -energy particles are on the edges of super black holes, Mummery now aims to investigate their nature. Knowing what escapes from these cosmic voids can provide an effective cost in terms of cost, and occurs naturally for traditional elevators. The approach can result in a new way to detect the nature of the dark matter.