Authors: Peter Schuttevaar
A hypothetical phenomenon Bp is introduced as a building block of all physical reality. The Bp has a velocity, a charge and an inertia. The magnitudes of the charge and the velocity of the Bp are deduced from the behavior of the electrostatic force. The inertia to mass ratio of the Bp is deduced from the characteristics of a photon. There is also an a-symmetry between two types of Bp, namely Bh and Bl, resulting in a dependency of its velocity and charge on its mass. The nature of this dependency is deduced from the behavior of the neutron. Then the deduced properties are used to theorize about the structure, the dimension and the gyro-magnetic ratio of the electron, proton and neutron, as well as their anti-particles. It shows that particles that are constructed of Bp’s conform to observed reality, such as their gyro-magnetic ratio and their behavior within the structure of an atom. In the course of former deductions, a number of theoretical innovations are developed and integrated in a coherent theoretical framework. There is for example a general formal relation between the mass of a particle and its size (any particle, not just the photon). As another example, the electrostatic as well as the electrodynamical interaction are modeled as phenomena that emerge from a common underlying dynamical interaction, integrating them in a more thorough manner than is currently the state of the art. The general significance of the proposed theoretical framework is in validating a significant theoretical simplification of particle physics, that can enable advancement in a number of disciplines, especially in nuclear physics, where contemporary modeling techniques are known to be very complex.
Comments: 25 pages english text, submitted as a request for peer review
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