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Reconciling Einstein’s Postulates with the Objectivity of Measurement: The Reciprocal Lorentz Transformation
International journal of applied research · 2018 · Vol. 6(5) · pp. 220–225
Abstract
A review of Einstein’s derivation of the Lorentz transformation (LT) discloses an unjustified assumption that leads to conflicts with experimental data. By taking advantage of a normalization condition, it is shown that a different version of the relativistic space-time transformation is obtained which allows the theory to be consistent with the ancient principle of objectivity of measurement while still satisfying Einstein’s original postulates regarding the constancy of the speed of light and the equivalence of all inertial systems.
Relativity and Gravitational TheoryExperimental and Theoretical Physics StudiesQuantum Mechanics and ApplicationsOne-way speed of lightEinsteinLorentz transformationNormalization (sociology)Objectivity (philosophy)Inertial frame of referenceTheoretical physicsReciprocalTheory of relativityTransformation (genetics)
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