The muon is not a composite particle. The fact that it can decay is related to weak interaction, being possible due to th existence of $W/Z$-bosons. The muon can decay into neutrino and electon since its rest mass is larger than that of an electron. Since there is no other charged lepton with a mass lower than that of an electron, the electron can not decay into anything itself.

From all the thousands of experiments we know that a muon has pretty much the same properties as an electron and can thus be considered a lepton. Lepton are not composite particles of anything, they do not bind neutrinos and electrons together. There is no known force that would describe such bindings.

The muon is not a composite particle. The fact that it can decay is related to weak interaction, being possible due to the existence of $W/Z$-bosons. The muon can decay into neutrino and electron since its rest mass is larger than that of an electron. Since there is no other charged lepton with a mass lower than that of an electron, the electron can not decay into anything itself.

From all the thousands of experiments, we know that a muon has pretty much the same properties as an electron and can thus be considered a lepton. Lepton is not composite particles of anything, they do not bind neutrinos and electrons together. There is no known force that would describe such bindings.

The muon is not a composite particle. The fact that it can decay is related to weak interaction, being possible due to th existence of $W/Z$-bosons. The muon can decay into neutrino and electon since its rest mass is larger than that of an electron. This is also the reason the electron can not decay into anything else.

The muon is not a composite particle. The fact that it can decay is related to weak interaction, being possible due to th existence of $W/Z$-bosons. The muon can decay into neutrino and electon since its rest mass is larger than that of an electron. Since there is no other charged lepton with a mass lower than that of an electron, the electron can not decay into anything itself.

From all the thousands of experiments we know that a muon has pretty much the same properties as an electron and can thus be considered a lepton. Lepton are not composite particles of anything, they do not bind neutrinos and electrons together. There is no known force that would describe such bindings.