The Global Pre-Geometric Quantum State and the Relative Residence of Consciousness

Version 15.0 of The Global Pre-Geometric Quantum State and the Relative Residence of Consciousness presents the Unified Vibrational Manifold (UVM) as a minimal-parent and numerical-falsification research architecture built on the frozen Version 14.0 publication. It integrates the post-Version-14 derivation and adversarial-audit record through 12 September 2026 and incorporates the final Version 15 publication rebuild and a third independent adversarial consistency re-audit. The principal new regular-sector chain begins from a Minimal Faithful Relational Realization (MFRR) premise applied to a developed inverse relation with two perfectly distinguishable alternatives that admit coherent superposition and no unused primitive local label, removes the center/common mode to obtain a three-real-dimensional differential response, and uses symmetry-complete role matching to identify four equivalent slots and the V1 tensor [31] regular sector. The edition gives an exact four-carrier PSD parent selector, tetrahedral port/coframe identities, a universal quadratic port-anisotropy form, a conditional positive-stiffness result only when the port susceptibility is nonzero, a conditional exact-sewing theorem whose no-broadcasting step requires an explicit physical quantum-channel/state-transfer encoding of arbitrary unknown noncommuting records, a conditional topology result inside an explicitly adopted local quadratic incidence/Hodge completion with protected harmonic modes plus compact link-manifold regularity, explicit orientability/nondegeneracy, and no added gauge-invariant mass-generation sector, and an explicit covariantly sewn 6144-state two-cell parent control with a one-dimensional kernel for positive internal coefficients and positive matching scale on the connected matching graph. A numerical/adversarial audit verifies the exact finite spectra and demonstrates that the equal-mobility reconnection spectrum is not a universal physical prediction: varying strictly positive symmetric edge conductances on the same connected matching graph leaves the one-dimensional constant matching kernel unchanged while changing excited spectra. The surviving parameter-free outputs are therefore structural and representation-theoretic, including three differential response directions, four symmetry-complete ports, equal symmetric support, tetrahedral pair correlation -1/3, the full-rank tetrahedral shape frame for positive ports, and the 4:-2:-2 first-order shape-response benchmark on the positive-port domain -1/12 = 3, while the Busch-type qubit route requires a generalized measure on the full effect/POVM domain or another explicit theorem. The QCD branch retains only a conditional SU(3) connection candidate; asymptotic freedom is not claimed recovered before the physical matter/flavor content and thresholds are fixed.