Deep and physicists in the water of the Mediterranean, they once discovered the proof of a hidden subtratomic part of the space that they could dream once.
“What we discover, we think that the world's most energetic neutrino, no energetic neutrino, a physicist and a physicist in the University of Amsterdam, the current spokesman for the global cooperation of about 350 scientists.
The team announced UltraHigh Energy Neutrino on Wednesday paper Published in Nature magazine. Find physicism and astronomers are closer one step closer, there are particles from this kind of unusual speeds.
At a press conference on Tuesday, researchers discovered as the most extreme of the universe as discovered. “We just opened a completely new window,” said Passhal Coyle, a astroparticular physics in the center of the Marsel's Figure Physics in France. “This is a really interesting first idea to this energy mode.”
Neutrinos are notorious as antisocial. Unlike other particles, they do not carry approximately weight and electricity, so you do not regularly collide, repel, or do not repel them. About everything goes through everything – the powders of the stars, the dust of the galaxies, ordinary people – not.
Thus, unopened, neutrinos, natural, yet unknown “space accelerators” are returning to their origins and return to their origins. They also miss a magnificent way, and for decades and scientists worked to trap them with tools deep in the mountains, Under the frozen lakes and Buried in the ice of Antarctica.
A neutrino in the past is not like anything. Scientists found UltraHigh energy neutrino using km3net, which is still being built, but already operating, or using km3net. The instrument is a couple of miles on the coast of a pair of detectors, France and Sicily the middle of the Mediterranean.
One detector consists of light-catching orbs, a football field is covered with length and seabed – only 10 percent when one-third of the sensors are burned by a characteristic flash.
The detector did not see the neutrino directly. On the contrary, the neutrino took the traces of different subtratomic particles, known as a muon created when he was bent in nearby rock or seawood.
This moon has closed KM3Net in KM3Net in KM3Net, leaving the marks of bright blue photons in the dark cliff of the sea. The use of the light sample, as well as the time of the arrival of different parts of the grid, the team canceled the original neutrino direction. They estimated that the neutri was 220 million billion of energy.
This is not larger than the energy of the falling ping tennis ball. However, the energy of a ping tennis ball is more common than a minimum of a thousand billion billion billion billion billion. Here is our universe, tens of thousands of times the smallest flisks of tens of thousands of times, which can be achieved by the world's first particle accelerator Great Hadron Collider In CERN.
The telescope recorded Ultrarahigh Energy Neutrino in February 2023. However, it takes two years when they slide between researchers, details and for two years to analyze, when they slip between elat and skepticism.
“It took a while to sink a little to be honest,” Aart Heijboer, a neutrinian astronomer at the National Physics Institute of National Physics in Netherlands, on Tuesday. Another scientist said that the energy of the particles was so excessive .
Before discover, the highest energetic neutrino found so far was about 10 million billion electronic protrades. Later, an impressive note, was appointed by IceCube Neutrino Observatory, which is a larger network of light sensors placed in the ice in Antarctica.
It is rare to detect such an extraordinary neutrino for a tool like KM3NET, which is added to the question of the result. Eric Blaufuss, an ICECube physical at the University of Maryland Wrote a matching comment in nature On Wednesday, he said he was first heard of the instructions of discovery at last summer conferences. “I think it's very distrustful that it could be real,” Dr. Blaufuss. “Observations over a decade, we have not seen anything like this.”
According to Km3net, Naoko Kurahashi Neilson, an astrophysics at the Telescope's team, which is officially unofficially unofficial. “It is an amazing proof that their detector works well,” he said, “Detection of a neutrino,” he raises more questions. “
In a great question, such an energetic particles can arise from which space accelerator. Perhaps a supermassive black hole that eats the gas and dust covering it. Or perhaps a cataclymatic explosion of gamma rays, which is the highest energy form that occurs when a star caves are the heart.
Such processes, space and sometimes, sometimes, sometimes released a neutrino, which is suitable for a neutrino suitable for the telescopes on earth, can cause nearby issues. Another theory, accused particles, creating a “cosmainic” neutriines that can carry secrets related to the evolution of the universe are a big explosion.
The KM3Net team will try to lower the neutrino direction to better appoint the origin of particles to better. After the end of the telescope in 2028, scientists hope that the comparable PEP can reveal more neutrios.
Dr. Jong stressed the importance of testing the discovery, acoustic and such, new detection types and radio Sensing can catch neutrins in Ultrahigh energies.
“Now, we know that these neutrinopes are not only predicted,” he said. “We are there. They are real.”