timothy-thomas

This speculative note applies an Alcubierre-type warp metric within Intent Primacy Theory, proposing that a coherence-selected field could contribute part of the required exotic stress-energy source. It develops a saturating coherence regulator and outlines laboratory-scale tests for source saturation, wall localization, cross-domain coupling consistency, and weak-field timing or interferometric effects without claiming feasible faster-than-light travel.

This paper specifies a hydrodynamic or polaritonic analog of a pre-programmed irrotational shift corridor, using a saturated order parameter and micron-scale wall geometry to test lock-and-follow behavior. It defines retarded first-pass construction, post-lock second-pass speed advantage relative to the medium, and experimental kill tests for steering, loop refusal, and off-guide leakage while explicitly separating the analog system from vacuum faster-than-light travel.

SSW-1 proposes an action-based effective theory in which a real scalar field with a bounded saturating coupling contributes to an ADM shift sector, with the geometry and stress-energy determined self-consistently by variation of the action. It defines consistency, energy-condition, and weak-field laboratory tests while emphasizing that superluminal solutions are not assumed and remain subject to standard obstructions.