Uniqueness of elementary particles and important conclusions

The basic particle consists of two half-elementary charges orbiting each other. A single half-elementary charge cannot exist independently. The structure of the basic particle is unique and quantitatively deterministic. 1. The relationship between the mass of the basic particle and its spacetime: M^2R=Q——(1), where M is the mass, R is the radius, and Q is a constant. 2. The law of conservation of charge: Since all basic particles carry an elementary charge, the amount of charge is also determined. 3. Planck's constant is the numerical value of the angular momentum of the basic particle: Mathematical description: h=MRV——(2), where M is the mass, R is the radius, V is the rotational speed, and h is the numerical value of the angular momentum of the basic particle, which is also Planck's constant. Conclusion 4. The origin of mass: Solving simultaneous equations (1) and (2) yields: M=QV/h——(3). Since Q and h are constants, equation (3) can be written as: M=KV, where K is a constant. Thus, we conclude that the origin of mass is the speed at which the half-elementary charges entangle with each other.