The Interior Observer Cosmological Framework - Paper 27: Source-Side Perturbation Sector Closure, the First Fully IO-Native Planck Confrontation, and the Conditional Elevation Program
Year: 2026
Type: preprint
Abstract: Beginning from two premises — (1) the observable universe exists inside a Schwarzschild black hole, and (2) the physics inside the horizon is the same as outside — Paper 27 executes the first fully IO-native CLASS Boltzmann code confrontation with Planck 2018 TT data. The IO-native configuration achieves 100θ_s = 1.04083 (−0.86σ from Planck) — a zero-parameter prediction of the CMB acoustic scale. The broadband TT spectrum gives χ²(TT) = 2281, a hard failure diagnosed through three rounds as an architectural mismatch: CLASS is a single-baryon bulk simulator, while the IO framework predicts three process-dependent baryon densities from boundary projection. Part II elevates six conditional premises: the Spatial CCR Lift Theorem (Theorem 27.1, DERIVED/THEOREM), the No-Doubling Theorem upgrade (Corollary 27.1a, DERIVED/THEOREM), C1a Cross-Term Vanishing (Theorem 27.2, DERIVED), AV1 Visibility-Slot Inheritance (Theorem 27.3, DERIVED/THEOREM), and corrections to C1b (A_s = 2.114 × 10⁻⁹, +0.47σ) and C3 (τ_eff = K_gauge = 0.05488, +0.12σ). Part III documents the updated conditional debt inventory. Multi-AI adversarial collaboration: Claude (Anthropic), Codex/ChatGPT (OpenAI), Gemini (Google DeepMind). https://dfife.github.io/index.html v1.3 (April 2026): Paper 24 v2.0 consistency update. TBSb promoted from SEMICLASSICAL PRINCIPLE to DERIVED/SCOPED on the physical Paper 24 TT observable class via the Modular Intertwiner Theorem (Paper 24 v2.0 §13.2). Conditional debt table and Appendix C updated v1.2 (April 2026): Paper 31 consistency update. C3 (τ = K_gauge) KILLED by Paper 31 post-bridge field class no-go theorem: within the scalar primary CMB class, X_obs = f_Γ X_prim is proved impossible; only X_obs = f_Γ^{1/2} X_prim survives, giving τ = K_gauge/2. The original Paper 26 derivation τ = K_gauge/2 is restored as DERIVED/SCOPED on the reduced source-covariance class, supported by three independent routes. C1b WEAKENED: Paper 31 Weyl-response bridge (η_IO = 0.623) shows Planck’s GR lensing extraction is biased for IO geometry, removing the observational authority for the C1b correction; both A_s candidates (2.007 native, 2.114 Planck-calibrated) are now CONDITIONAL. C2c narrowed to C2q: the bridge quotient theorem shows A_s depends only on the one-dimensional bridge quotient, not the full δΓ ⊕ δK carrier. All theorem elevations in Part II (§§6-9) are unaffected. Appendix steps 417-420 added with Paper 31 cross-references. v1.1 (April 2026): Paper 29 branch consistency audit. The CLASS run in Part I (§§2–5) used the retired mixed branch (H₀ = 67.58, ω_cdm = 0.13029). The Schur definitive branch (H₀ = 68.91, Ω_m = 0.336, Ω_k = −0.006) also fails CLASS for the same architectural reason — the mismatch diagnosis is branch-independent. §2 IO-Native Parameter Set annotated. All theorem elevations (Part II §§6–10) are unaffected. v1.0 (March 2026): First fully IO-native CLASS Boltzmann code confrontation with Planck 2018 TT data: θ_s = 1.04083 (−0.86σ from Planck) with χ²(TT) = 2281, diagnosed through three rounds as an architectural mismatch between the IO boundary-projective multi-baryon framework and CLASS's single-baryon bulk simulator. Six theorem promotions: Spatial CCR Lift (Theorem 27.1), No-Doubling upgrade (Corollary 27.1a), C1a Cross-Term Vanishing (Theorem 27.2), AV1 Visibility-Slot Inheritance (Theorem 27.3), H2 Spatial CCR for WMR (via Theorem 27.1), H3 Rate is Two-Point (via Theorems 25.9–25.11). Two corrections: C1b variance ratio corrected from r=1 (−3.09σ) to r=1+γ²=Q(q_γ) (+0.47σ), SEMICLASSICAL PRINCIPLE; C3 propagator identification corrected from τ=K_gauge/2 (−3.8σ) to τ=K_gauge (+0.12σ), SEMICLASSICAL PRINCIPLE. Two elevations: C2c Hawking state selection elevated to SEMICLASSICAL PRINCIPLE via horizon-first route; H1 bridge state selection elevated to SEMICLASSICAL PRINCIPLE via minimal spatial KMS extension. Full A_s normalization chain audited: A_s = (25/9) × f_src × g_H/√2 with two semiclassical inputs (C1b, C2c), zero continuous parameters. Damped amplitude A_s e^{-2τ} preserved to 0.3% across both corrections. All seven geometric observables within 1σ of measurement. Independent AlterBBN cross-verification confirms BBN predictions at sub-percent level (Paper 24 v1.3). Items needing elevation reduced to two: PSRP and Boundary Covariance Exponent. Five-system adversarial AI collaboration.
Author: Fife, David
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7143405968
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