Part of the Neutrino Neutrino Detector
Km3t
Touching A powerful neutrino The falling physicist fallen by a new Mediterranean Sea Particle Detector has been surprised and can be a first look at the universe’s most cataclical events, such as unique black holes.
Neutrinos are sometimes referred to “Ghosts of particles“Because they barely have the most important interaction with the mass and that neutrino detectors include extensive amounts of dense substances, such as water or ice, which can strike a powerful neutrino and reveal signs of its existence Creating a shower.
Eager to Damien In France Marseille’s physics physics and his colleagues have done this, watching the most energetic neutrino ever seen. The group used a neutrino kilometer telescope (Km3Net), a couple of detectors at the bottom of the Mediterranean Sea, who received Neutrino on February 13, 2023. The detector was made up of 10 percent of the time, so Dornic and his team surprised.
“First, we were confused,” he noted. “When we realized that this event was more extraordinary, we were very excited.”
The signal seemed promising, which shows a bright line in the detector almost horizontal. Researchers believe that this was created by neutrino as a result of the detector created that small electron-like particles created and the KM3NET detectors were given light.
https://www.youtube.com/watch?v=gpargoteX2u4
The researchers first reported in 2024 for the first time, they were calculated the exact energy of the particle. “This high energy was clearly surprised, so neutrino’s simulations were not yet to see that high energy was not expected to see this energetic energy,” he says Morgan Wasko At the University of Oxford.
To confirm the result, researchers had to carefully carefully take the effects of other sources that can turn their detectors, such as charging particles loaded by space particles, called cosmic rays, who play the atmosphere of the Earth. These signals are believed to exceed higher energy neutrinos further away from a million cosmic sources.
Now, neutrons calculated that he had 120 PETA-electron volts (PEV) energy. This is 10 times higher than the previous drive holder, found Icecube neutrino observatory In Antarctica. This Pev Energy Range is more than thousands of energy particles created in the ground accelerators, such as the great CERN Hadron Collider.
Perception of high-energy neutrips can cause unique views about events that create black holes, such as black or supernova explosions such as black hole. “Cosmic rays are charged and we lose most of the original formation while crossing interstellar space, but neutrinos will be pointed directly,” said Waskkok.
Dornic said in this case, the neutrino’s back has a relatively large spacecraft, it is difficult to find a specific source, but the planned telescope should determine an object that needs to be a powerful neutrino.
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