At every progression instant, a private stochastic process generates the trigger of a clamp that contributes to the deformation of the carrier field of an elementary particle. This stochastic process determines the type and the dynamics of the particle. The process ensures that the generated clamp swarm behaves as a single coherently moving object. It also plays a significant role in the binding of these elementary modules in higher level modules.
The particle zoo of the standard model is completely controlled by the concerned stochastic processes. The photons pose an exception. They are constituted by warps. A different kind of actuators trigger these warps.
Special quarks and their inverses can together shift the color charge of quarks. This is what gluons are supposed to do.
Clamps do what the Higgs is supposed to do. They contribute mass to the elementary particles. This throws other light on the Higgs and the Higgs field.
This way of looking at basic quantum field theory replaces the mystery of wave functions and force carriers to the mysteries of stochastic processes.
The stochastic processes are special. They are combinations of Poisson processes and binomial processes. The binomial processes are implemented by spatial point spread functions. Essential is that these stochastic processes own a characteristic function.
http://vixra.org/abs/1708.0233
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