Current research status
Conceptual engineering programme
The question in focus
Uses free-fall motion to explore collective geometric acceleration, then estimates the scale of the challenge of producing a controlled field around a vessel.
Scope & open questions
- No known mechanism is supplied for creating or shaping the proposed field.
- Density estimates are approximate engineering scales, not derived minima; the envelope shape is conjectural.
- O(1) refers to the governing description, not a mass-independent energy budget. Tidal gradients remain relevant.
Source & version notes
The title, version and date shown here follow the current manuscript or the source listing where specified.
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. (14 October 2026). Natural Inertial Dampening Collective Geometric Coupling as a Mechanism for Stress-Free Acceleration (Version 3.5). Academia.edu. https://www.academia.edu/169583876/Natural_Inertial_Dampening_Collective_Geometric_Coupling_as_a_Mechanism_for_Stress_Free_Acceleration