What question did this study set out to answer?

The central aim is to reframe gravity as a mechanical attractor, integrating motion and friction into its understanding.

January 17, 2026Open Access

Gravity as Mechanical Attractor: A Structured Framework

Key Points

The central aim is to reframe gravity as a mechanical attractor, integrating motion and friction into its understanding.
Reassessment of traditional models of gravity (Newton and Einstein)
Development of a structured framework for gravity
Analysis of internal and external forces affecting gravity
Consideration of frictional correction cycles in gravity's behavior
Gravity is proposed as a mechanical attractor encompassing mass and force interactions.
Spacetime density is influenced by motion and systemic scaling.
Friction plays a crucial role in the dynamics of gravitational attraction.

Abstract

Gravity has long been described either as a force acting at a distance (Newton) or as the curvature of spacetime (Einstein). Both models succeed in prediction but abstract away the generative cadence. This paper reframes gravity as a mechanical attractor: spacetime density is woven by motion, corrected by friction, and scaled across systems from micro to cosmic. Mass is only one variable; internal and external forces, braided with frictional correction cycles, complete the attractor logic.

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Dexter Coen Gilbert

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Gravity as Mechanical Attractor: A Structured Framework

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