Current research status
Transient mechanism; quantitative prediction pending
The question in focus
Studies how finite force-propagation times in an accelerating extended body can temporarily change velocity profiles and relative clock rates before equilibrium.
Scope & open questions
- A prior permanent-reversal claim is withdrawn as inconsistent with the steady-state Rindler metric.
- The magnitude and duration require a specified elastic model and are not quantified.
Source & version notes
The profile identifies John Eonas; the extracted manuscript byline contains only John.
Summary based on the current manuscript. Read the full text for definitions, derivations, references, and the author’s complete argument.
Cite this manuscript
John Eonas. (4 July 2026). Restricted Equivalence Principle: Push-Pull Asymmetry and Transient Time Dilation Reversal in Extended Accelerating Bodies. Academia.edu. https://www.academia.edu/169689509/Restricted_Equivalence_Principle_Push_Pull_Asymmetry_and_Transient_Time_Dilation_Reversal_in_Extended_Accelerating_Bodies