Gravity as a Flux-Area Law (Updated version 1.2)

Key Points

• To enhance the flux-area framework in gravity models by introducing a minimal model for width saturation and defining transition radius scaling.
• Extends the flux-area framework to include a minimal model for width saturation
• Derives an explicit formula for transition radius scaling as r0∼sqrt(M)
• Applies an angular constraint interpretation to channel-like propagation
• Includes minor corrections to existing width expressions.
• Introduces a consistent model for width saturation in the flux-area framework
• Establishes a scaling relationship for transition radius based on mass (M)
• Improves understanding of channel-like propagation in gravitational dynamics.

Abstract