This research aims to establish a framework for differentiating between temporal and spatial aspects of gravitational effects.
Developed a self-consistent framework for gravitational analysis.
Focused on defining effects on Euclidean spatial slices.
Eliminated free parameters for clarity in decomposition.
Successfully decomposed gravitational effects into distinct temporal and spatial components.
Provided a clear methodology applicable across various gravitational contexts.
Demonstrated the framework's robustness and utility in theoretical gravity.
Abstract
A self-consistent framework for decomposing gravitational effects into temporal and spatial contributions, defined on Euclidean spatial slices with no free parameters.