Kasei-Theory I.Non-Equivalence: Non-Equivalence Without Opposition

This paper presents non-equivalence within the first system of Kasei-Theory as a non-modal readability maintainability architecture. The paper does not propose a theory of opposition, contradiction, incompatibility, separation, failed correspondence, dissolved continuity, completed configurational comparison, hierarchy, non-relation-derived separation, difference-derived opposition, or transcendental equivalence order. Instead, it fixes non-equivalence, configurational non-equivalence, configurational differentiation, local maintainability, unreadability, formal non-equivalence, and non-totality as distributed structural positions within constrained local readability maintainability. Non-equivalence is not treated as opposition, contradiction, or failed correspondence, but as constrained configurational non-equivalence under which configurational differentiation remains locally maintainable without universal equivalence, completed correspondence, relational identity, oppositional structure, hierarchy, or total configurational closure. Non-equivalence does not establish opposition. Non-equivalence does not establish contradiction. Non-equivalence does not establish incompatibility. Non-equivalence does not establish hierarchy. Non-equivalence does not establish terminal configurational separation. Non-equivalence remains fixed only as constrained configurational non-equivalence within readability maintainability. This paper fixes only the local non-equivalence conditions under which configurational differentiation remains maintainable without transition into universal correspondence, completed relational stabilization, opposition, incompatibility, failed equivalence, hierarchy, or total configurational integration. No subject is presupposed. No oppositional structure is established. No hierarchical structure is established. No universal equivalence structure is secured. No total configurational closure is completed. This paper is part of Kasei-Theory.