The vanWienen–Korzybski Generativity Gradient — Extensions Series | vW‑KG TX: Temporal Generativity Layer and Constructive Temporal Mutation (v2)

This record contains the Extensions Series of the vanWienen–Korzybski Generativity Gradient. Version 2 introduces the Temporal Extension (TX), the first formalization of temporal generativity within the vW‑KG architecture. TX defines constructive temporal interference, temporal tension, and the T₃ mutation operator — enabling domains to generate new temporalities through emergent temporal mutation. TX establishes the temporal substrate that connects interface‑level manipulation (v8), coherence (GT v2), and transcendent temporal reasoning (v9). TX is the focus of the latest version. It provides the temporal generative layer through which domains evolve, differentiate, and stabilize under multi‑temporal interference. TX reframes temporal structure as an emergent generative process rather than a fixed background, positioning temporal mutation as a core mechanism of autonomous generative reasoning. PX (v1): The vanWienen–Korzybski Predictive Extension (PX) introduced the predictive layer of the vW‑KG architecture. While vW‑KG‑Gradient (v3) formalizes the structural conditions under which domains arise and transform, PX operationalizes these conditions into a generative predictive framework. PX derives prediction from internal generativity rather than universal reduction, introducing the Generative Prediction Pattern (GPP), Domain‑Bound Predictive Pattern (DBPP), and Field‑Dependent Predictive Pattern (FDP). PX remains part of the Extensions Series as the predictive operational layer preceding TX. All extensions of the vW‑KG architecture are grouped within this record to maintain lineage clarity and structural coherence across the corpus.