The V-Series within the Publication Architecture of Eidionik: Consolidated Result Architecture V4

This V4 research note consolidates the V-series as the first public numerical architecture layer of Eidionik beyond writeback protection alone. Earlier notes positioned the V-series within the broader publication architecture of Eidionik, introduced selected numerical result windows for writeback authorization, and consolidated the distinction between current effect, stored trace, gate opening, scar formation, and authorized reference. The present note extends that public architecture. It treats the V-series as an emerging numerical grammar of reintegration order. The central distinction remains that a system may be affected, pressured, disturbed, or corrected without granting the affecting event reference rights. However, the later V-series also connects this principle to temporal mediation, directed multi-vector damage, local field readability, temporal damage, and the temporal availability of reintegration paths. The note summarizes V3.39 as the cleanest sequence window for selective writeback, V4 as the temporal mediation line, V5.0 and V5.2 as preliminary multi-vector damage windows, and later result lines as controlled openings toward field readability, temporal damage, temporal field availability, and the distinction between accessibility and reference. Its purpose is not empirical validation of a specific system and not a complete technical release. It is a consolidated public research note showing that reference rights, temporal mediation, directional damage, local reintegration geometry, and possibility windows can be kept analytically distinct under simplified numerical conditions.