Trend Barrier Mechanism in Stellar Structures: A New Theoretical Model for Gravitational Formation and Energy Stability

This paper presents a novel mechanism for the formation of <i>Trend Barriers</i>, an emergent energy-regulating structure within stellar bodies, formed by the dynamic intersection of energy expansion and contraction trends. We propose a trend-based computational framework that predicts the radial position of trend barriers, explains their self-sustaining nature, and provides a theoretical foundation for observed solar surface phenomena including sunspots, solar flares, and solar winds.<b>Important Notice (March 2025 Update):</b><br>This paper is now considered outdated and partially incorrect.<br>After further research and theoretical validation, we have identified major flaws in the original model, particularly in the proposed interaction between nuclear fission and fusion within stellar cores.<br>A revised and more accurate version of the gravitational formation mechanism has been published under a new title.<br>Please refer to the new paper:<br><b>"Space Structure Distortion and Trend Compression: A New Model of Stellar Gravitational Formation"</b><br>for the corrected theoretical framework and updated validation data.<br><b>Contact</b>: [email protected]