The ÆTHER/TSTU corpus is organised into three pillars: a coherent cosmological core, a classical laboratory analogue, and exploratory biological applications. This page is a reader's guide for external reviewers — epistemic status per paper, cross-paper dependencies, and suggested reading paths per reviewer profile.
The theoretical-observational backbone: TSTU action, Pantheon+/LSS constraints, pre-registered Euclid DR1 predictions, analytical derivations of ε∆ and G_eff,max, SI calibration.
Lays out the TSTU action: scalar φ non-minimally coupled to matter + chameleon screening. Foundations of the programme.
First TSTU MCMC on 1701 SNe Ia. The H₀ = 76.2 value is later identified by Paper XV as a statistical circularity artifact.
Scale-indep μ(a,k), BAO conservation, RSD BOSS/eBOSS (β = 0.13 ± 0.09, ~1.5σ preference), Euclid/DESI forecasts.
Transient G_eff excursion in the unscreened epoch → massive galaxies at z ∼ 8–10.
Derives Γ_evt from an action principle via the auxiliary constraint field E. Bound δE ≲ 2 × 10⁻⁶.
5 falsifiable predictions timestamped before DR1 (Oct 2026): μ_voids, E_G, fσ₈, |ΔBAO|, γ.
Synthesis I–IX + c_T = c, corrected initial conditions, 3D N-body, semi-analytical HMF.
Separates local Vainshtein (G_eff = 1.35 G_N) from linear cosmo (μ ≤ 1.018). χ²/dof = 0.378 vs 0.481 ΛCDM.
ε∆ = ε_chm + ε_V decomposition via chameleon, Vainshtein, kinetic memory. 67% G_eff,max gap remains open.
Three analysis layers: G_eff^stat = 1.018, G_eff^BG(z=9) = 1.070, G_eff^lin(z=9) = 1.623.
t_phys = (1/Λ²) ∫φ̇² dτ. Cosmo/terrestrial ratio = 1.343 ± 1.3 %. 3 falsifiables (Euclid DR2/3, atomic clocks, H₀).
κ_SI extracted on H Lyman-α (NIST τ = 1.6028 ns). Plateau ±5% over 2.92 orders in λ_eff.
Extended bridge τ = κ_SI · t_phys · g(Z)/g(H). Tested on 6 hydrogenoids: PREDICT (Z≥5) |res|max = 1.90 %.
ΛCDM-pure refit: H₀ = 73.42 ± 1.01 (0.29σ SH0ES). Prediction H₀(z=0.5) ≃ 71.5 testable by TDCOSMO 2027–2030. Supersedes Paper II.
ΔM stays classical. The 'quantum-like' signatures emerge from nonlinearity; the ¹⁶⁴Dy dipolar BEC provides a formal simulator — not a claim that ΔM is quantum.
Emergent blackbody-analogue spectrum, discrete harmonics. Partial retraction: cosmological extrapolation withdrawn; classical soliton/oscillon analogue preserved.
ω₀ = 1.479, harmonics n = 1–5 at 83%, Q = 67.6 (Vakhitov-Kolokolov stable). Confirms classical oscillons, not quantisation.
Formal mapping ΔM ↔ dipolar Gross-Pitaevskii via Rabi reduction U(1)→Z₂. Testable Q_max(α), Feshbach window B ∈ [150, 207] G.
The same ΔM field (= φ in Paper VII convention) applied to pathological transitions (Paper V) and cortical synchronisation (Paper VII). Exploratory, distinct from the cosmological core.
Forced/damped Klein-Gordon, multi-scale. Tumor bifurcation J_c = 0.77; Kuramoto order R < 0.3 pathological; warning m²_eff → 0.
Fixes tissue timescale (3 days, not 15). Separates 3 modelling frameworks.
Tests prediction S1 (CV glucose ≥ 30% → diabetes). NHANES n=3138: RR=2.36, AUC=0.945.
Planck-mass cancellation in dense chameleon regime → invariant Y. Cortical Kuramoto coupling, K_eff/K_c ≈ 2. Explicitly rejects Penrose-Hameroff: strictly classical.
Depending on your reviewer profile, here is the minimal order to evaluate the framework without reading everything.
The action, the latest observational constraint, the pre-registered Euclid predictions.
I → XV → IX → X → XI / XII / XIII
Screening mechanisms, analytical derivations, numerical enclosures.
I → XI → XII → XIII → VI
Event-projected time framework + SI calibration + empirical universality across hydrogenoids.
XIV → XIV·Add. A → XIV·Add. B (draft)
Formal ΔM ↔ dipolar Gross-Pitaevskii mapping. Cosmological core not required.
IV → IV·Add. → VIII
Planck-mass cancellation → Kuramoto coupling. Read VI (E field) before VII for the principled derivation of Γ_evt.
VI → VII
Pathological bifurcations + empirical diabetes validation (NHANES + CGM).
V → V·Add. → V·Add. B
Three papers may at first appear to diverge on the quantum question. Read together, they form a single position.
Paper IV describes 'quantum-like' signatures emerging from the classical nonlinearity of ΔM. The partial retraction removes the cosmological extrapolation (Aetherons as dark matter); the classical soliton/oscillon analogue is preserved via the Paper IV Addendum and extended by Paper VIII.
Paper VIII proposes a formal ΔM ↔ ¹⁶⁴Dy dipolar BEC mapping. This is an analogy of equations, not a claim that the ÆTHER field 'is' a BEC. The lab simulator is an independent test from the cosmological core.
Paper VII explicitly rejects the Penrose-Hameroff quantum-microtubule hypothesis. The cortical Kuramoto coupling is strictly classical (cable theory + Hodgkin-Huxley). Unified corpus position: ΔM stays classical; the quantum appears either as an emergent signature (IV) or as a formal lab analogue (VIII).
Paper II reports H₀ = 76.2⁺¹⁶·¹₋₁⁷·⁵ km/s/Mpc with very large error bars on Pantheon+ alone. Paper XV re-identifies this value as a statistical circularity artifact under the joint TSTU prior; a non-circular ΛCDM-pure refit with full STAT+SYS covariance gives H₀ = 73.42 ± 1.01 (0.29σ agreement with SH0ES). The current forward prediction is H₀(z=0.5) ≃ 71.5 km/s/Mpc via linear-growth reframing — testable by TDCOSMO 2027–2030. Paper II is superseded by Paper XV §3.5–3.6 on the canonical H₀ value.