What is Muon?

and Muon is a subatomical particle with a negative charge that is similar to the electron in that it has negative charges and similar rotations. For simplicity, they are commonly represented by the Greek letter MU or μ. Muons are considered the basic particles. Elementary particles are subatomical particles that are unknown that they have teaching. While the atom consists of protons, neutrons, electrons and other particles, it is not known that the basic particles are made up of any smaller particles.

The primary difference between Muon and electron is weight. Muons contain about 200 times more weight than electrons. Basically, they are much heavier versions of electrons. As a result, they are much more penetrating than lighter electrons. Leptones are one of the families of basic particles that are considered to be building stones of matter. Quark Jenother elementary particles that receive this classification; Leptones and quarks are widely considered to be the most basic building blocks of matter.

When studying cosmic rays in 1936, Muon, American physicist, American physicist discovered. He noticed that the particles curved at a different angle other than other known subatomical particles when they pass through the magnetic field, and found it was due to the difference in matter. The discovery of Muon shocked the scientific community because its existence was completely unexpected and unforeseen. Soon thereafter, several other different subatomical particles with different mass and the term Muon were created to distinguish Anderson's discovery from the rest.

Muons form only very high energy events and situations. Neither normal radioactive disintegration nor nuclear fusion that occurs in nuclear reactions and nuclear bombs are sufficiently energetic to produce Muons. Most of the Muon, which reach on the ground, come from distant space rays from space. When the protons of the space beam collides with the cores of the Earth's air particles, the Muona is produced.

All elementary particles have the corresponding antisatics of the opposite charge. But they have the same fee and spin. The antiparticles of Muon is a positively charged antimum. Antimuon is sometimes simply called a positive Muon because it has a positive charge.