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The aim is to bridge the gap between theoretical implications of general relativity and effective mass derived from galaxy rotation.

February 26, 2026Open Access

GFD Essentials: Tetrads, Field Closure, and the Inverse Pipeline (A Gentle Walk-Through for General Relativists)

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The aim is to bridge the gap between theoretical implications of general relativity and effective mass derived from galaxy rotation.
Explains the tetrad formalism and its relation to spacetime structure.
Discusses field closure and scalar-tensor laws in Gravity Field Dynamics.
Utilizes the Poisson equation and inverse pipeline to connect observed velocity with effective mass.
Identifies a tetrahedral structure in spacetime linked to gravitational waves.
Describes how the scalar-tensor theory helps decode observed mass in galaxies.
Demonstrates that tetrads influence the kinetic term in gravity laws.

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This note reveals the effective mass in galaxies using tetrads and Gravity Field Dynamics, suggesting new insights into spacetime structure.

Stephen Nelson (2021) studied this question.

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This note reveals the effective mass in galaxies using tetrads and Gravity Field Dynamics, suggesting new insights into spacetime structure.