Dark matter detector observes foreign nuclear decay
How can you observe a process that takes a billion times longer than the universe?
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53 published items.
How can you observe a process that takes a billion times longer than the universe?
The problem of neutrino energy is very important. It is hard to know about the energy of a neutrino and how much energy it has transferred to the atom that it collides w…
Some high-energy neutrinos are absorbed when passing through the Earth.
For decades, scientists have worked out the mystery of the origin of neutrinos, or
Scientists are waiting for new achievements in 2014, with breakthroughs in the fields of physics, medicine, robotics and archeology.
For the first time since 26 years, scientists have discovered high energy neutrinos - that is the fundamental particle that can become
After announcing neutrinos move faster than light last month, physicists from the European Atomic Research Organization (CERN) decided to repeat the experiment in a diff…
Scientists at the Berkeley Laboratory, USA, and colleagues used the KamLAND detector to measure the amount of radiation emitted by earth's heat sources.
The KM3 Observatory is 600m high and has just been completed on the seabed at a depth of 2000m in the area near the island of Sicily in Italy.
Neutrinos are subatomic particles with almost no electrical charge, so it rarely interacts with the surrounding environment.
Black holes can tear up a white dwarf star, creating high-energy cosmic rays and neutrinos rushing towards Earth.
Russian scientists released the device into Lake Baikal in hopes of shedding light on the nature of dark matter and the origin of the universe.
Scientists from the European Atomic Research Organization say they have discovered a type of particle that can move faster than light.
If the sun actually releases mysterious particles to the earth, we will have to rewrite the textbooks for students.