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According to foreign media reports, physicists have made many new discoveries about neutrinos: there is a huge neutrino detection station IceCube under the ice of Antarctica, and the number of "cosmic neutrinos" detected by the station has doubled
by searching for neutrinos passing through the Earth from the North Pole.
Recently, the research station announced that it has detected the highest energy neutrinos
at present.
The IceCube neutrino detector near the South Pole
The IceCube Neutrino Detector detects neutrino sources up and down
Meanwhile, a probe in Italy confirmed for the first time that neutrinos
are also produced under the Earth's crust.
These "earth neutrinos" carry much less energy than cosmic neutrinos, but they can help scientists understand the radiation process
of geothermal formation.
In contrast, neutrinos from space can provide clues
about various mysterious sources of radiation beyond the Milky Way.
12Next View full article
According to foreign media reports, physicists have made many new discoveries about neutrinos: there is a huge neutrino detection station IceCube under the ice of Antarctica, and the number of "cosmic neutrinos" detected by the station has doubled
by searching for neutrinos passing through the Earth from the North Pole.
Recently, the research station announced that it has detected the highest energy neutrinos
at present.
The IceCube neutrino detector near the South Pole
The IceCube Neutrino Detector detects neutrino sources up and down
Meanwhile, a probe in Italy confirmed for the first time that neutrinos
are also produced under the Earth's crust.
These "earth neutrinos" carry much less energy than cosmic neutrinos, but they can help scientists understand the radiation process
of geothermal formation.
In contrast, neutrinos from space can provide clues
about various mysterious sources of radiation beyond the Milky Way.
12Next View full article
12Next View full article
