This technical report outlines a comprehensive experimental framework designed to verify the Primary Energy Density (rhoE) theory. The proposed experiments aim to demonstrate that relativistic time dilation is a mechanical consequence of the viscosity of the energy substrate rather than a purely kinematic effect. By redefining time as a function of the medium's resistance to internal material processes, this work provides a causal explanation for temporal shifts that occurs without relative motion. Key experiments included in this protocol: Static Muon Test: Measuring the lifespan of muons at rest in high-intensity magnetic fields (20 T or higher). Magnetic Clock Test: Detection of time dilation in stationary optical lattice clocks under magnetic energy injection. Vacuum Viscosity Measurement: Analysis of photon lag and pendulum decay in high-density fields. The success of these tests would provide a definitive falsification of Special Relativity's kinematic axioms and establish a new paradigm in causal mechanics and energy-driven spacetime distortion.
Sergey Yurevich Paigachkin (2026) studied this question.