TITLE:
The Gluons in Particles
AUTHORS:
Bin Liang
KEYWORDS:
Quark, Gluon, Strong and Weak Interaction, Parity, Neutrino and Its Oscillation
JOURNAL NAME:
Journal of Modern Physics,
Vol.9 No.2,
January
22,
2018
ABSTRACT: This article proves that the number of gluons is conserved in strong interaction and non-conserved in weak interaction by extending the idea that the quark is composed of gluons to other particles. It explains why the parity is non-conserved in weak interaction, why the fermions could be divided into the three generations, why the antiparticle of neutrino is itself and why the neutrino oscillation exists.