Category:
Research Papers
Sub-Category:
Relativity Theory
Date Published:
May 19, 2026
Keywords:
energetic medium, one-way, mechanical propagation, anisotropy, light, matter, velocity composition, relativity, symmetry, mechanical wave, solid, ether
Abstract:
In the energetic medium model, classical optical experiments do not necessarily prove the absence of an underlying motion: they may primarily make this motion inaccessible. A strictly one-way measurement requires two distant clocks that are already synchronized. Yet this synchronization generally relies on electromagnetic signals, which reintroduce round-trip symmetry and erase first-order directional effects.
Relativity generalizes the relativistic composition of velocities to all physical dynamics. In the framework proposed here, this law is not postulated as universal: it is understood as a kinematic reconstruction demonstrated under precise conditions, in particular from reciprocal measurements based on electromagnetic signals.
This document therefore explores a possible experimental test: sending information by light, then making it return through matter. The issue is to determine whether mechanical propagation in a solid reproduces exactly the expected compensation, or whether it leaves a weak but measurable directional trace.
The aim is not to announce a detection, but to propose an experimental criterion for distinguishing a fundamental invariance of all material dynamics from an invariance reconstructed by reciprocal electromagnetic protocols.
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