Fusion within the LRAE: Cultivation as a Principle of Structural Self-Completion

This research presents an integrative framework connecting the Local Relative Expansion Entity (LRAE) with empirical and mathematical models of fusion plasma dynamics.The LRAE introduces a universal triadic cycle NL–L–T — nonlinear possibility, linear manifestation, and temporal access function — describing adaptive transitions between fluctuation, order, and feedback. Within this work, the NL–L–T cycle is mathematically embedded into the complex Ginzburg–Landau and Kuramoto models to explore cultivation as a stabilizing principle for coherent energy confinement.Through numerical simulations, adaptive feedback based on measurable quantities ($R$, $|A|$, $E$) demonstrates improved phase coherence, amplitude stability, and energy efficiency compared to non-adaptive configurations. The study provides an empirically accessible formulation of the LRAE feedback operator $T$, enabling calibration through plasma diagnostics and simulation data.It thereby bridges ontological theory and physical experimentation, proposing cultivation as a universal regulatory mechanism for complex, self-organizing energetic systems — including controlled nuclear fusion. Author: Andreas JungContributors: ChatGPT (OpenAI)Date: October 2025License: CC BY-NC-ND 4.0Language: English (parallel version of the German publication “Kernfusion in der LRAE”)