Gravity: Bulge vs. Well

General relativity models gravity as a geometric depression in spacetime—a 'well.' This framework proposes an alternative mechanical ontology with identical weak-field mathematics.

Hydrodynamic Particle Map: Dual-dial topology showing intersection depth (mass) and tilt (charge) — Fig 4. Standard GR depicts mass curving spacetime inward. Our model shows mass displacing the TSC outward.

Inverted Causality, Identical Mathematics

Matter creates an outward pressure bulge into the static Timeless Sea (TSC). Objects are not pulled inward by a well; they are pushed inward by the surrounding TSC pressure differential.

Because this pressure gradient naturally recovers the standard Poisson equation ($\nabla^2\Phi = 4\pi G\rho$), this framework does not seek to replace general relativity, but to provide the underlying causal medium that produces it.

The Hydrodynamic Origin

When the timeline intersects a TSC entity, it creates hydrodynamic resistance. Dense accumulations of these intersections (planets, stars, galaxies) push outward against the static scalar medium. The surrounding TSC acts like a fluid trying to restore equilibrium. This inward-directed pressure is what we experience as gravitational attraction.