PFUSRC-132H: Three Misplaced Projection Maps — Recalibrating the Shroud of Turin, Evolutionary Theory and the Zodiac via the 11D Triple Coaxial 45° Biconic Topological Unified Coordinate System

This monograph functions as the cross-disciplinary explanatory power demonstration chapter of the PFUSRC-132 Seven-Layer Ontology Popular Series, taking three longstanding interdisciplinary anomalies across physics, biology and astronomy as research objects: the unexplainable permanent three-dimensional human imprint on the Shroud of Turin, the internal logical paradox of mainstream Darwinian evolution, and the academic conflict between ancient 12-fold zodiac division and modern IAU 13 constellation partition. Based on the seven-layer ontology hierarchy, Living Calculus methodology and Complete Occam’s Razor principle, the paper adopts a unified topological coordinate calibration framework, with all rigorous mathematical proofs archived in serial hard literatures PFUSRC-072, PFUSRC-055D and the topological reconstruction treatise of evolution, without additional original experimental data or new theorem derivation. The shared cognitive defect of the three research objects lies in mainstream science confusing projection-layer phenomenal descriptions with ontological-layer essential structures. The Shroud of Turin is neither medieval forgery nor supernatural miracle, but a lossless cross-dimensional topological field imprint locked on fiber surface topology, with verifiable steady-state disruption threshold ΔA≈0.0364. Macro evolution is not driven by random mutation and natural selection as ultimate complexity sources; species cognitive topological position locking leads to subsequent energy-saving carrier optimization, reasonably resolving the Tobias paradox of human cranial capacity shrinkage against rising civilizational complexity. The ancient 12-sign zodiac is not rough stellar observation error, but equal 30° energy phase divisions of Sun-Earth biconic coupling breathing cycles; Ophiuchus only acts as a symmetry-breaking residual at boundary rather than an independent phase unit, separating IAU stellar constellation division from ontological topological phase coordinates. This work verifies the cross-domain general explanatory capability of the PFUSRC biconic topological system by synchronously recalibrating physical relic, biological evolution and ancient astronomical systems under one set of hierarchical rules.