Relativity, Special Theory

The major absurdity of the result of the Sagnac-type experiments is that the calculation was carried out by the geometric optics exclusively. Of course, the calculation should carried out using the special relativity theory exhaustively. 

The validity of a physical theory depends on, among other things, the certainty and completeness by which the theory is ordered to the totality of experiences [2c]. Consequently, the special relativity theory must also be confronted with observation and experiment carried out on the physical system examined. In any given case one has to clarify the mutuality of the special relativity and the Sagnac effect. In this case, the second postulate of the special relativity theory must be satisfied that is, the speed of light must be the same in every direction... 

This means that the special relativity theory does not predict any shift of interference fringes that is contrary to the experiments. The standing-wave approach of Sagnac-type experiments allows a freedom in the definition of c+ and c instead of Eqs. (9) and (11), but the second postulate of the special relativity theory is out of this range. 

It can be seen that the second postulate of special relativity theory [Eq. (14)] leads to the form... 

The main supposition of the superluminal relativity theory (SLRT) presented here (see also Ref. 5) is that besides the vacuum properties covered by the special relativity theory (SRT) and corresponding observed phenomena, there exist some other vacuum properties as well, which are additional to the first ones, but that allow the possibility for v > c. 

For scattering situations, the beams (represented with local frames) are in motion with respect to specific laboratory frames. Given a beam system, a quantum state is defined in its corresponding inertial frame electrons and nuclei states will be characterized by the total mass that depends on the relative velocity according to special relativity theory. These frames evolve in real (laboratory) space. The energy levels for the basis states are defined with respect to their rest mass energy (m + 2M)c when measured from the laboratory, the levels will be shifted by M(vi-Vi) for beam 1 and + M)(v2-V2) for beam 2. The classical beam momenta appear in the phases. 

The Schrodinger equation is incompatible with special relativity theory. This flaw has to be corrected sonehow. The problem is far from being solved, but progress so far shows the Schrodinger equation, the spin of a particle, etc. in a new light. 

Dirac equation A version of the nontela-tivistic Schtbdinger equation taking special relativity theory into account The Dirac equation is ne ed to discuss the quantum... 

Instead, the lyrics about space and its traveling by the finite, delayed light (propagated with the speed of light) are brilliantly embodied by the dammed poet Mihai Eminescu (1850-1889) in the mythical poem Toward the star/ Ad Astra (La Steaua, in Romanian) (Romanian Voiee, 2012), written in 1886 ( ) long before the formulation of postulates of special relativity theory by Einstein, in 1905 ... 

Whitney, C. K. (2006b). Essays on Special Relativity Theory. Hadronic, J. 26(1), 47-110. 

Mass Photons are elementary particles with zero rest mass - necessarily so, since, from special relativity theory, no particle with a finite mass can move at the speed of light. 

With special relativity theory, Einstein showed that for any moving particle the energy... 

---