Abstract

The charged Cantor space is constructed. The structure stability of the three-quark composite state is determined by the fixed point of the contraction mapping: the most fundamental particles are the 18-flavor particles at the fourth level with the same generation, including neutrinos and leptons with charge 1, as well as 16 irreducible fractionally charged particles. Three 1-dimensional generation spaces share a common origin, rendering the wave function of a neutrino a quantum mixed state of three flavor neutrinos, and the antiparticle of a neutrino is the neutrino itself. Neutrinos are located at the origin of the color charge space, they simultaneously possess three color charge states, can participate in strong interactions acting as components of quarks, protons and neutrons. X(2370) possibly contains neutrinos and antineutrinos, and may also be a block composed of multiple neutrinos and antineutrinos rather than glueball.

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