Current research status
Analytic study with a prospective test protocol
The question in focus
Analyzes apparent weight in rotating frames, separating instantaneous cancellation, cycle averages, spin-up energy and the sustained power needed to overcome losses.
Scope & open questions
- Reports no experimental data.
- Rotation alone does not give sustained time-averaged weightlessness to a fixed payload or reduce a sealed device's mean support load.
- The stated power ratio compares different functions and does not demonstrate more efficient hovering.
Source & version notes
The current manuscript subtitle differs from the older Academia page title.
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. (October 2026). Gravitational Recoupling via Frame Geometry. Academia.edu. https://www.academia.edu/165946015/Gravitational_Recoupling_via_Frame_Geometry_Defining_the_Energy_Ratio_%CE%B7_and_the_Coupling_Transition