This document presents an early, non-operational formulation of the Nuclear Initiation Hypothesis within Kasei Theory. Contrary to conventional fusion frameworks that rely on thermodynamic thresholds, confinement strategies, or energy accumulation, nuclear initiation is here reconceptualized as a structural discontinuity—a micro-initiation occurring prior to state stabilization. Kasei is treated not as an energetic resource or field variable, but as a pre-formational condition that allows multiple structural states to coexist before differentiation. Within this framework, initiation is not triggered by overcoming barriers, but by a specific alignment of structural thresholds. These thresholds are intentionally described only at the conceptual level; no quantitative criteria, equations, or methods are provided. Energy release is reframed as a reorganization of structural constraints, rather than as a consequence of mass–energy conversion or particle collision dynamics. This shift emphasizes geometric and configurational conditions over mechanistic intervention. The purpose of this document is to establish conceptual priority and theoretical direction while explicitly withholding any actionable procedures. It is not a proposal for fusion technology, but a foundational statement indicating that initiation may belong to the domain of structural logic rather than energetic extremity. Future work will formalize the geometry of discontinuity and threshold relations within Kasei Theory.
Juza Minamikata (Wed,) studied this question.