What is the origin of a neutrino? from which part of the atom it

Thread starter jayaramas
Start date Oct 10, 2011
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Atom Neutrino Origin

In summary, a neutrino is a subatomic particle that is produced during nuclear reactions and is one of the fundamental particles of the universe. It differs from other subatomic particles in that it has very little mass, is electrically neutral, and has a small chance of interacting with matter. Neutrinos can be created or destroyed in certain reactions, but their total number in the universe remains constant. They are detected using specialized detectors that can sense the small signals produced when a neutrino interacts with matter.

Oct 10, 2011

jayaramas

what is the origin of a neutrino? from which part of the atom it comes?

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Oct 10, 2011

mathman

Science Advisor

It doesn't come from any particular part. There are many particle decay processes which include neutrinos. Examples, neutrons, many mesons.

Related to What is the origin of a neutrino? from which part of the atom it

1. What is a neutrino and where does it come from?

A neutrino is a subatomic particle that is created during nuclear reactions, such as fusion or fission. It is one of the fundamental particles that make up the universe and is produced in large quantities by the sun and other stars.

2. Does a neutrino come from the nucleus or the electron cloud of an atom?

A neutrino is produced from the nucleus of an atom during nuclear reactions. It is not associated with the electron cloud of an atom.

3. How does a neutrino differ from other subatomic particles?

Neutrinos are unique in that they have very little mass and do not interact strongly with other particles. They are electrically neutral, meaning they do not carry an electric charge, and have a very small chance of interacting with matter.

4. Can neutrinos be created or destroyed?

Neutrinos can be created or destroyed in certain nuclear reactions, but they are also constantly being produced and destroyed in natural processes, such as radioactive decay. However, the total number of neutrinos in the universe remains constant.

5. How do we detect neutrinos?

Neutrinos are notoriously difficult to detect due to their weak interactions with matter. They are typically detected using large detectors, such as underground tanks filled with water or ice. When a neutrino interacts with matter, it produces a small flash of light or a tiny electrical signal that can be detected by these specialized detectors.