Astrosynthesis Vol. II — The ICHTB Geometry of Pre-Emergence: Excitation Taxonomy, Persistence Mechanics, and the Survival Map in ICHTB Coordinates Volume II of Astrosynthesis develops the full geometric framework of the Inverse Cartesian Heisenberg Tensor Box (ICHTB) and situates all excitation taxonomy, persistence mechanics, and the CTS Survival Map within its six-zone coordinate structure. Beginning from i₀, the imaginary recursion anchor at the geometric origin, we derive the membrane-first expanse, the six pyramidal zones corresponding to the six operators of the collapse genesis stack, and the hat-counting volumetric navigation system. The Master Equation is derived from ICHTB geometry and each of its terms is located within a specific zone. A complete excitation taxonomy in ICHTB coordinates classifies 1D, 2D, and 3D states within the box, membrane states straddling zone boundaries, and composite multi-zone structures. Persistence mechanics — retained structure R, loss rate Ṙ, the selection number S, eligibility, drift stability, and the corrected persistence condition — are all re-derived in zone-specific terms. The CTS Survival Map is reconstructed with ICHTB coordinates providing the axes, and each of the six survival regions is identified with a specific zone or zone combination. Applications to nuclear stability, composite structures, emergent geometry, time as the memory axis, and light as minimum-cost zone traversal are developed. Connections to loop quantum gravity, causal dynamical triangulation, Skyrme models, 't Hooft anomaly matching, and Kibble-Zurek scaling are made explicit. Vol. II is the first account where the narrative and the mathematics are aligned from the first page — where every claim in the story has an address in the box, and every address in the box has a role in the story. It is also the first account that includes the membrane mathematics: the inter-pyramid interfaces that originate from i₀ and govern all zone-to-zone transitions.
Armstrong Knight (Mon,) studied this question.