What is the significance of reactor neutrino research?

I'm not doing neutrino experiments, but as far as I know, I'll talk about it in general, I hope it will help you.

First, we first need to know what a neutrino is.

Neutrinos have been a mysterious particle since the beginning, they belong to the leptonic class, there are electrons and electron neutrinos, sub and subneutrinos, and tau and tau neutrinos. These three generations are currently found in the lepton class.

Second, why study neutrinos.

Because neutrinos are not charged, they are not affected by electromagnetic interaction forces, and neutrinos belong to the lepton class and are not bound by strong interaction forces, so what forces can neutrinos be affected by? It was later discovered that neutrinos are produced under the action of weak interaction forces, that is, neutrinos basically do not react with any matter. What does this mean?

That is, neutrinos are very difficult to produce, and even if they are, they are difficult to detect. To study the nature of weak interaction forces, it is necessary to study neutrinos. But as mentioned above, neutrinos are very difficult to detect, so how can they be studied?

Third, why do reactor neutrino research?

Because neutrinos are difficult to detect, it would be too expensive to set up experiments to generate neutrinos alone. The reactor itself is a nuclear fission reaction, which will be accompanied by a large number of weak interaction forces, that is, the reactor experiment will be accompanied by the production of a large number of neutrinos. Although neutrino detection is difficult, if a large number of neutrinos are generated, a small number of neutrinos will always be detected.

Therefore, the study of neutrinos is generally based on reactor experiments or high-energy collision experiments.

At present, neutrino experiments have no application value, and they are mainly used to verify the existing Standard Model theory.

Weakly acting nuclear decay produces positive and negative neutrinos, and weakly acting nuclear decay in nuclear reactors produces a large number of neutrinos, which is beneficial for research.

Positive and negative neutrino-model diagrams.

<> three generations of neutrino-model diagrams.

The number in the figure represents the smallest unit of indivisible positive and negative electromagnetic information - qubits (qubits) by the famous physicist John. John Wheeler famously said, "It from bit."

After the development of quantum information research, this concept was sublimated to the point that everything originates from qubits) Note: Bits are bits.

What is the guess energy range of the neutron source of the reactor ().

Correct Answer: B

What is the energy range of the neutron source of the reaction land-carrying reactor? Correct answer: B