Gravity as Tension Gradient

Gravity as Tension Gradient develops a mechanism‑first account of gravitational behavior by identifying tension as the physical quantity that produces the effects traditionally attributed to mass and curvature. Building on the previous papers in the Mechanism Series—Tension: The Missing Physical Quantity and Mass as Confined Wave Architecture—this work shows that gravity is the external expression of the same tension that internally expresses as mass.

In this framework, a free wave propagates without tension, while confinement forces the wave into a restricted architecture that accumulates tension. The gradient of this tension extends outward from the confined region and acts on surrounding waves and matter, producing the full suite of gravitational phenomena. Light bending, time dilation, gravitational redshift, orbital motion, and the behavior of compact objects all emerge naturally from waves responding to variations in tension.

Geometry remains a powerful descriptive tool for modeling gravitational effects, but it does not specify the physical mechanism that generates them. By grounding gravity in wave confinement and tension gradients, this paper provides a causal structure that complements and extends classical and relativistic treatments. Gravity is not a force or a geometric entity; it is the outward continuation of the same mechanism that produces mass.

This work completes the causal chain linking free propagation, confinement, mass, and gravitational behavior, establishing tension as the unifying physical quantity underlying gravitational systems across all scales.