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The aim is to investigate additional outcomes derived from a geometric structure in dual tetrad gravity.

February 8, 2026Open Access

Dual Tetrad Gravity And The Field Origin

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The aim is to investigate additional outcomes derived from a geometric structure in dual tetrad gravity.
Derived the gravitational constant G with high accuracy using a geometric approach.
Analyzed the coupling hierarchy for both gravity and electromagnetism.
Developed a dark matter correction factor from field closure principles.
Calculated the electron mass using equations across different physical domains.
Improved prediction of G from coupling hierarchy with a factor of 137 sensitivity.
Established a clear contrast between gravity and electromagnetism coupling levels.
Modified gravity behavior at galactic scales, explaining rotation curves without dark matter.
Achieved an accurate electron mass determination with minimal free parameters.

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This research reveals geometric correlations to gravitational phenomena, indicating a novel understanding of gravity's origin.

Stephen Nelson (2021) studied this question.

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