Gravity Weakens by Dispersment: Distance Records the Effect, Not the Cause

This work presents a mechanism‑first correction to gravitational theory by identifying dispersment of a mass‑sourced tension field as the primary cause of gravitational weakening. Gravity does not diminish because objects are separated by distance; distance is a coordinate that records where the field is evaluated, not a causal factor. In a pure vacuum, gravitational weakening arises solely from dispersment: as the tension field extends outward, its scope increases and its local intensity decreases, producing the gradient that governs attraction. Inside the universe, the field also interacts with intervening mechanism—matter, radiation, plasma, and wave‑bearing structure—which further modifies the gradient as it propagates. The familiar inverse‑square form is therefore a geometric imprint of dispersment, shaped secondarily by interaction when structure is present. This framework explains the persistence of gravitational influence at all scales, the shifting dominance between masses, and the descriptive success of both Newtonian and relativistic formulations despite their lack of a causal account. A dispersing tension field provides the underlying mechanism that unifies these observations and restores the correct causal structure to gravitational theory.