Sohail Substrate Unified Theory (SSUT): An Elastic Spacetime Framework for Gravity and Cosmology
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2026
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| author | Muhammad Sohail, Akhter |
| author_facet | Muhammad Sohail, Akhter |
| contents | <p>The Sohail Substrate Unified Theory (SSUT) presents a theoretical framework in which spacetime is modeled as a continuous elastic medium rather than a purely geometric background. Within this approach, gravity, inertial mass, and cosmological dynamics arise from elastic deformation of the spacetime substrate. A single dimensionless constant, derived from experimentally measured particle mass ratios, governs the elastic response across all physical scales.<br>The theory reproduces Newtonian gravity and general relativistic behavior in the appropriate limits while naturally explaining flat galactic rotation curves without invoking dark matter. It further provides a consistent explanation for the observed Hubble tension through a modification of the cosmological expansion rate caused by spacetime elasticity. Applications to galactic dynamics, cosmic expansion, GPS time dilation, and black hole structure are presented, showing agreement with current observational constraints.<br>SSUT predicts finite black hole cores, scale-dependent gravitational behavior, and testable deviations in high-precision astrophysical and cosmological measurements. The framework establishes a direct conceptual link between particle physics, gravity, and cosmology, offering a unified elastic description of spacetime that is predictive, internally consistent, and experimentally testable.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_18360529 |
| institution | Zenodo |
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| publishDate | 2026 |
| publisher | Zenodo |
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| spellingShingle | Sohail Substrate Unified Theory (SSUT): An Elastic Spacetime Framework for Gravity and Cosmology Muhammad Sohail, Akhter Elastic spacetime Modified gravity Galaxy rotation curves Hubble tension Dark matter alternative Spacetime elasticity Cosmology Gravitational theory Fundamental constants Planck scale physics GPS time dilation Unified field theory Theoretical physics <p>The Sohail Substrate Unified Theory (SSUT) presents a theoretical framework in which spacetime is modeled as a continuous elastic medium rather than a purely geometric background. Within this approach, gravity, inertial mass, and cosmological dynamics arise from elastic deformation of the spacetime substrate. A single dimensionless constant, derived from experimentally measured particle mass ratios, governs the elastic response across all physical scales.<br>The theory reproduces Newtonian gravity and general relativistic behavior in the appropriate limits while naturally explaining flat galactic rotation curves without invoking dark matter. It further provides a consistent explanation for the observed Hubble tension through a modification of the cosmological expansion rate caused by spacetime elasticity. Applications to galactic dynamics, cosmic expansion, GPS time dilation, and black hole structure are presented, showing agreement with current observational constraints.<br>SSUT predicts finite black hole cores, scale-dependent gravitational behavior, and testable deviations in high-precision astrophysical and cosmological measurements. The framework establishes a direct conceptual link between particle physics, gravity, and cosmology, offering a unified elastic description of spacetime that is predictive, internally consistent, and experimentally testable.</p> |
| title | Sohail Substrate Unified Theory (SSUT): An Elastic Spacetime Framework for Gravity and Cosmology |
| topic | Elastic spacetime Modified gravity Galaxy rotation curves Hubble tension Dark matter alternative Spacetime elasticity Cosmology Gravitational theory Fundamental constants Planck scale physics GPS time dilation Unified field theory Theoretical physics |
| url | https://doi.org/10.5281/zenodo.18360529 |