Authors: Ioan Has, Simona Miclaus
This paper is based on the results obtained in our previous articles where an error has been found in Michelson’s analysis of his interferometer experiment, even though Einstein relied on it, while developing the Special Relativity Theory, in which he eliminated ether from physics. Our own results imply that ether can exist. We have also validated the hypothesis that Coulomb’s law would better describe the complex reality, including ether, by adding other terms to the actual term in r-2. As such, the force that exists between two distant dipoles, when computed with a modified version Coulomb’s law, depends on r-2, as in Newton’s law. Numerically, the two forces were practically equal given that the gravitation consists of electromagnetic interactions. For ether’s composition, we proposed the HM16 model, in which the constituents etherons α and β are placed in the nodes of a crystalline network with a cell of approximately 10-27m, then subject to manifesting forces of mutual attraction/rejection. Ether behaves as an ideal mechanism in the form of a perpetuum mobile. The microparticles MPs consisted of local zones of ether where an energy intake induced a state of vibrating or vortex motion. The vibrant MPs, having electrical charges, will transmit fundamental vibrations FV in ether around the MPs, which have a finite velocity cF. Stationary FV vibrations do not transmit energy in the continuous infinite ether, but they do create interaction forces between MPs of an electric (modified Coulomb forces) and magnetic nature. A MP passing through two energetic levels will expel (or absorb) a special MP, namely, the F photon, which moves through the ether at the speed of light c, which is a property granted by the ether, and forms electromagnetic EM waves that transmit energy in ether. The F photon can be constituted similar to an MP, which creates its own FV vibrations in ether. It is likely that the two velocities cF and c will not be equal. As we consider that cF > c, velocity cF corresponds to the “gravitational” waves resulting from the interaction between the electric dipoles produced by the completed Coulomb’s law. The HM16 model of ether can explain the nature of an electric field in terms of volumetric ε strains of ether, while the nature of the magnetic field can be explained by distortional γ strains of ether. The HM16 model can also explain the various interactions between EM waves and MPs, as well as collisions between MPs.
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