December 8, 2025Open Access

A Boundary-First Reinterpretation of Gravity: Opposing Bulk-Centric Gravity

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Analysis shows boundary gravity may explain galactic rotation without dark halos, implying a new view on gravity.

The boundary gravity model reproduces the mass–discrepancy–acceleration relation smoothly, supporting a novel view of dynamics.
With narrow acceleration metrics, it depends on baryons alone, contrasting with traditional dark matter frameworks.
Observational analysis using the SPARC sample shows strong correlations and comparable results to MOND, supporting its validity.
Insights from this work may prompt a reevaluation of how galaxies interact with gravitational forces.

Grant, Mark (2025) studied this question.

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December 8, 2025Open Access

View Full Paper

Ask AI

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Authors

Analysis shows boundary gravity may explain galactic rotation without dark halos, implying a new view on gravity.

The boundary gravity model reproduces the mass–discrepancy–acceleration relation smoothly, supporting a novel view of dynamics.
With narrow acceleration metrics, it depends on baryons alone, contrasting with traditional dark matter frameworks.
Observational analysis using the SPARC sample shows strong correlations and comparable results to MOND, supporting its validity.
Insights from this work may prompt a reevaluation of how galaxies interact with gravitational forces.

Grant, Mark (2025) studied this question.

View Full Paper

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