Influx Gravity, An Existence Proof from Accepted Physics

Standard cosmology holds that space expands while bound matter does not. Gravitational-wave observations establish that spacetime is a real, elastic medium capable of carrying propagating waves. Taken literally and together, these two accepted facts imply that matter which holds its size while embedded in an expanding medium is subject to a *continuously driven* mismatch at the matter–medium interface — and any material continuum under sustained differential driving must eventually relax by flowing, as glaciers, planetary mantles, and pitch demonstrably do while still carrying elastic shear waves. The resulting **influx** produces an inward, inverse-square effect by spherical geometry alone. This paper is an **existence proof, not an equivalence proof**. It does not claim to reproduce General Relativity, nor to account for the past century of gravitational observations, and it makes no such attempt. It introduces no new fields, particles, constants, or laws. It rests on exactly one interpretive commitment, stated openly in §3: that the medium detected by LIGO is a material in the full sense — one that, like every known material, must relax under sustained driving. Granting that commitment, the paper claims only this: *given what the universe is already accepted to do, and what material continua are already accepted to do, an inward inverse-square influx must exist.* What relationship that influx bears to the gravity described by General Relativity is left as an open question, explicitly outside the present claim. **General Relativity describes how gravity behaves. This paper asks only whether a why-mechanism of the required form must exist. It argues that it must.**

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-07-23
DOI
https://doi.org/10.5281/zenodo.21511762
Primary Topic
Relativity and Gravitational Theory
Type
preprint
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preprint

Influx Gravity, An Existence Proof from Accepted Physics

Kevin Glen Roy Greer
Zenodo (CERN European Organization for Nuclear Research)
Relativity and Gravitational Theory
preprint

Influx Gravity, An Existence Proof from Accepted Physics

Kevin Glen Roy Greer
preprint en

Abstract

Standard cosmology holds that space expands while bound matter does not. Gravitational-wave observations establish that spacetime is a real, elastic medium capable of carrying propagating waves. Taken literally and together, these two accepted facts imply that matter which holds its size while embedded in an expanding medium is subject to a *continuously driven* mismatch at the matter–medium interface — and any material continuum under sustained differential driving must eventually relax by flowing, as glaciers, planetary mantles, and pitch demonstrably do while still carrying elastic shear waves. The resulting **influx** produces an inward, inverse-square effect by spherical geometry alone. This paper is an **existence proof, not an equivalence proof**. It does not claim to reproduce General Relativity, nor to account for the past century of gravitational observations, and it makes no such attempt. It introduces no new fields, particles, constants, or laws. It rests on exactly one interpretive commitment, stated openly in §3: that the medium detected by LIGO is a material in the full sense — one that, like every known material, must relax under sustained driving. Granting that commitment, the paper claims only this: *given what the universe is already accepted to do, and what material continua are already accepted to do, an inward inverse-square influx must exist.* What relationship that influx bears to the gravity described by General Relativity is left as an open question, explicitly outside the present claim. **General Relativity describes how gravity behaves. This paper asks only whether a why-mechanism of the required form must exist. It argues that it must.**

Zenodo (CERN European Organization for Nuclear Research)
Relativity and Gravitational Theory
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Influx Gravity, An Existence Proof from Accepted Physics — Kevin Glen Roy Greer · Zenodo (CERN European Organization for Nuclear Research) (2026) | TGRS Research Map | TGRS