A Revised Model of Stellar Gravitational Formation via Trend Convergence and E-Mapping Transformation

This paper proposes a new theoretical framework for explaining the gravitational formation mechanism in stellar structures. Contrary to previous assumptions combining nuclear fission and fusion interactions, we now demonstrate that gravity originates from spatial convergence caused by volumetric compression of gaseous stellar matter. As the internal mass distribution increases pressure toward the stellar core, a trend-based converging force arises. When the system reaches a defined threshold value (the “convergence trigger point”), nuclear fusion initiates. The emitted energy from fusion subsequently interacts with the inward trend-force to form a cross-wave interaction field, which defines the observable gravitational force. Using a novel E-mapping function, we model how this internal trend convergence is translated to surface-level gravitational influence.<b>Contact</b>: [email protected]