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Develops an alternative interpretation of simultaneity in relativistic systems, indicating structural distinctions in space and time.
This paper develops an explicit alternative formulation of relativistic kinematics in which space and time remain structurally distinct and simultaneity is defined globally relative to a physically distinguished inertial frame. The resulting transformation laws are related to the standard Lorentz transformations through a linear redefinition of the temporal coordinate associated with Einstein synchronization, ensuring empirical equivalence with the classical experimental tests that originally motivated special relativity.
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Casimiro Rubio Merino (2026) studied this question.
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