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Natural effects D–F — Tier-B EXACT / PASS (astro, force, QI)

Locks research directions D (H0, w, Ω, n_T, n_s, PBH), E (fifth force null, EP, θ_QCD=0, Cabibbo), F (decoherence, wave-particle, Page curve) at Tier-B. Plain-language guide included. Script spt_effects_def_tier_b.py OVERALL PASS. Honest OPEN: σ8, FRB, w(z≫0), material T2.

Created 07/19/2026, 22:41 GMT+7Updated 07/19/2026, 22:41 GMT+7
Verdict. Sections D–F of the natural-effects roadmap lock at Tier-B EXACT + B-PASS (script OVERALL: PASS). Companion A–C already locked. 0 new Laws — re-packages existing capital (Laws 8, 40, 42, 44, 45, 57, 61, 63, 70, 72 + Map F shells).
Script: spt_effects_def_tier_b.py. Background: Effects A–C · Map F easy · Hubble H0 · Unified force.

§0 Easy guide — what is this page? (start here)

One sentence. Earlier we locked effects A–C (Map F angles, Casimir vacuum force, sound). This page finishes D–F: things about the sky, forces, and quantum information. We check: can they be Tier-B from Laws we already have? Yes for the claimed cores. Some items stay OPEN on purpose.

What “Tier-B” means (no jargon trap). This is not “every mystery of the universe is solved.”

  • B-EXACT — a formula or identity is forced by SPT structure (Bagua integers, Z₂ symmetry, generator counting…). Not a hand-tuned fit.
  • B-PASS — when compared to lab / PDG / Planck numbers, the error is under about 1% (or sits in a clear band).
  • OPEN — we do not claim a clean lock yet. Listed so nobody pretends it is done.

What we did technically (for the website). One SymPy script proves each claim and prints PASS/OPEN. A wiki page explains. The script is on the public download allow-list. Discovery log #101 records the milestone. We did not add Law 81, 82… — only effect locks from old capital.

Picture in one line. A–C = “nearby lab + Map F + sound.” D–F = “far sky + no 5th force + decoherence / black holes.” Together A–F = natural-effects roadmap locked at the claimed tier, with an honest OPEN list.

Three things to remember. (1) Claimed D/E/F cores are Tier-B — not “everything in cosmology is finished.” (2) OPEN items (σ₈, FRB, high-z w, full Born postulates…) are deliberate honesty. (3) Anyone can check offline: python scripts/spt_effects_def_tier_b.py must show OVERALL: PASS.

§1 Scoreboard (what passed)

Quick map: D = sky/cosmology, E = forces & weak/strong CP, F = quantum info & black-hole thermo. Details in plain language follow in §2–§4.

IDEffectTierKey form / number
D1H₀ absolute + tension ratioB-EXACT + B-PASSh=27/40; √(75/64); Δ~0.15%/0.1%
D2w(z=0) dark energyB-EXACT + B-PASSw_tree=−1; residual ≪ DESI
D3Ω sum + Ω_DM shellB-EXACT + B-PASSΣΩ=1; Ω_DM=35/128
D4SGWB tilt n_TB-EXACTn_T=3/13 ≡ freeze I2
D5Scalar tilt n_sB-EXACT + B-PASS55/57; Δ~0.001% Planck
D6PBH evaporating todayB-EXACT form + B-PASSτ∝5120π; M~10¹¹–10¹² kg
E1Fifth force nullB-EXACTg₅=0; 8+3+1+2=14
E2Equivalence principle treeB-EXACTη_EP=0 (universal spin-2)
E3Strong-CP θ_QCDB-EXACTθ_QCD≡0 (Z₂_DA)
E4Cabibbo / β-decay treeB-EXACT + B-PASSλ=9/40; Δ≡0% PDG
F1Decoherence / arrowB-EXACT + B-PASSS=log(16); P_recohere≈0
F2Wave–particle regimeB-EXACTQ₃⊂Q₇ dual projection
F3Page curve ratioB-EXACT + B-PASS1−1/(2√2)≈0.6464

§2 Section D — Sky / cosmology (plain + technical)

Plain picture for D. Imagine the universe as a big cake. D asks: how fast is the cake expanding (H₀)? How sticky is the “dark energy frosting” (w)? How is the cake mass split (Ω)? How bumpy was the early cake (n_s, n_T)? Do tiny primordial black holes evaporate on cue (PBH)?

D1 H₀ — expansion rate (plain). Two famous measurements disagree: CMB (early universe) vs Cepheids/supernovae (nearby). Media calls it a “crisis.” SPT says: two epochs, one substrate. Absolute early-era h = 27/40 from shell S₄₀ (same box of 40 as Cabibbo). Nearby multiplies by √(75/64). Both ends match PDG within ~0.15% / 0.1%. Tension = category error, not two theories fighting.

D2 w(z) — dark energy “springiness” (plain). Today the dark-energy equation of state looks like a pure cosmological constant: w = −1. Cascade damping makes leftover wiggles tiny now. How much w can drift at very high redshift is still OPEN — needs the full source term of cascade dynamics.

text
Ω_DM = C(7,4)/Q₇ = 35/128   ← dark-matter share of 128 vertices
Ω_b  = 6/Q₇                  (shell; a tiny loop refines baryons)
Ω_Λ  = 1 − Ω_DM − Ω_b = 87/128
ΣΩ   = 1  EXACT              ← the cake is fully accounted for

D3 Ω sum (plain). The universe’s energy budget must add to 100%. SPT counts configurations on Q₇ = 128 vertices: 35 yin-dominant slots → dark matter share 35/128; baryon shell 6/128; the rest is Λ. Sum = 1 exactly at shell level. Not locked here: σ₈ (how clumpy structure grew) and detailed FRB distance–dispersion spectra.

D4–D5 tilts (plain). Early gravitational-wave background slope n_T = 3/13 (same “freeze family” as weak-mixing tree 3/13). Matter-clump slope n_s = 55/57 matches Planck to ~0.001%. D6 PBH (plain): tiny black holes that finish evaporating today sit in a 10¹¹–10¹² kg mass band from the Hawking lifetime formula (coefficient family 5120π).

§3 Section E — Forces / free-fall / strong-CP / weak (plain + technical)

Plain picture for E. A parking garage with exactly 14 reserved spots for force “engines.” Strong 8 + weak 3 + EM 1 + gravity 2 = 14. No free spot for a 5th force. Everything that is real matter feels the same gravity “frame” → free-fall looks universal. A yin–yang flip forbids a nasty strong-CP angle. The Cabibbo weak angle is the simple fraction 9/40.

E1 Fifth force (plain). Law 42 fills Q₇’s 14 generators as 8+3+1+2. No spare kernel → g₅ ≡ 0 EXACT at tree level. A clean lab fifth-force detection at leading strength would kill this lock.

E2 Equivalence principle (plain). “All objects fall the same in a gravitational field” (Galileo / Eötvös). In SPT, gravity is universal spin-2 frame rotation of the same substrate for all real-DA matter → tree Eötvös parameter η_EP = 0. Super-precision material form factors (MICROSCOPE depth) stay OPEN as a next layer.

E3 θ_QCD (plain). Strong interactions could have had a CP-violating “knob” θ. Experiment shows it is tiny or zero (neutron EDM bounds). SPT: Z₂_DA (φ → −φ) makes the CP-odd density odd → the coefficient must vanish (Law 8). Same Z₂ that sets the lightest neutrino mass m_ν1 = 0.

E4 Cabibbo / β-decay tree (plain). The main quark-mixing angle λ = 9/40 = 0.22500 matches PDG essentially exactly. It lives in the same S₄₀ shell as Hubble h = 27/40, so h/λ = 3 forever at shell level (see A3 on the A–C page).

§4 Section F — Quantum info / measurement / BH thermo (plain + technical)

Plain picture for F. Why does the quantum world look classical so fast? Why is “wave vs particle” not a fight? When a black hole evaporates, does information die? SPT answers with coset counting, dual projections Q₃⊂Q₇, and a fixed Page-time ratio.

F1 Decoherence / arrow of time (plain). A fully mixed “wave” over Q₇/Q₃ = 16 cosets has entropy S = log(16). The virtual-DA sea is absurdly dense (~10¹⁰⁴/m³), so the chance to spontaneously recohere is exp(−10¹⁰⁴) ≈ 0. That is a practical second law and a structural arrow of time (Law 45). Material-specific T₂ times (how fast this qubit dies) remain OPEN.

F2 Wave–particle (plain). For ~100 years people argued: is an electron a wave or a particle? SPT: both projections of one membrane. Particle regime = real-DA clusters on Q₃ (localised). Wave regime = virtual-DA delocalised on Q₇. Geometrically Q₃ sits inside Q₇ → no contradiction (Law 44). Full Born-rule measurement postulates derived from the Action alone remain OPEN depth.

text
t_Page / t_evap = 1 − 1/(2√2) ≈ 0.6464  (Law 70, B-EXACT)

Phase 1: radiation entropy S_rad rises (looks thermal)
Phase 2: virtual-DA correlations pull S_rad → 0 at full evaporation
→ unitarity preserved (information does not die — structural close)

F3 Page curve (plain). Hawking radiation first looks thermal (entropy of radiation rises). Halfway-ish through evaporation, correlations with the virtual-DA sea pull the radiation entropy back down so that at the end S_rad = 0 — information is not destroyed. The structural time ratio is 1 − 1/(2√2) ≈ 0.646. Full Action-level quantum-thermo derivation is framework-depth OPEN; the ratio lock is B-EXACT.

§5 Still OPEN (not claimed Tier-B — in plain words)

Leaving these OPEN is a feature, not a bug: better than fake EXACT labels.

  • σ₈ — how strongly galaxies clump today. We locked the budget Ω, not yet the growth amplitude closed form.
  • FRB — fast radio bursts’ dispersion vs distance as a precision cosmology tool. Not claimed here.
  • w(z ≫ 0) — quantitative dark-energy drift in the early universe (needs full Law 65 source).
  • Material T₂ — decoherence times for concrete lab materials from the Action.
  • Full Born measurement postulates from SPT Action alone (F2 depth).
  • MICROSCOPE-depth EP — post-Newtonian material form factors beyond tree η_EP = 0.

§6 How experiments can kill D–F locks (plain)

Science needs kill switches. If Nature does any of the following at high significance, the matching lock dies.

  • D (sky): DESI/Euclid force |w(0)+1| ≫ 10⁻³ while the cascade stays frozen; or CMB-S4 finds n_s far from 55/57; or PTA isolates a primordial GW tilt incompatible with 3/13.
  • E (forces): A lab fifth force at tree-level strength; or neutron EDM requiring θ_QCD ≠ 0 at high σ; or Cabibbo λ far from 9/40 after radiative cleanup.
  • F (quantum): Controlled recoherence of macroscopic coset mixtures; or an analogue Page curve far from the 1−1/(2√2) band; or a wave–particle contradiction that cannot embed in Q₃⊂Q₇.

§7 Reproduce offline

You do not need to trust this page. Run the script; judge by the EXACT / PASS / OPEN columns it prints.

SymPy verify — download for offline testSYMPY ✓

Effects D–F Tier-B

Expect OVERALL: PASS. Companion A–C + Hubble + force + Page.

scripts/spt_effects_def_tier_b.py
Effects D–F Tier-B lock D1–D6, E1–E4, F1–F3 EXACT/PASS
420 LOCDownload
scripts/spt_effects_abc_tier_b.py
Effects A–C companion A1–A4, B1–B3, C1–C3
350 LOCDownload
scripts/spt_hubble_h0.py
Law 57 H₀ 27/40 + √(75/64)
120 LOCDownload
Reproduce in 30 seconds
pip install sympy numpy && python3 scripts/spt_effects_def_tier_b.py && python3 scripts/spt_effects_abc_tier_b.py && python3 scripts/spt_hubble_h0.py
Or quick-verify with AI (Grok / Claude / ChatGPT)

Don't want to install Python? Paste the prompt straight into Grok / Claude / ChatGPT / Gemini — the AI fetches the public script URL below and independently verifies each assertion in ~30 s. Open grok.com or claude.ai , paste, send.

⚠️ AI can be wrong — running the Python above is the only 100% certain check. Full AI guide →

Inputs: Bagua integers + π/√ only — no CODATA, no PDG, no calibration (Tier B). SymPy-verified as exact fractions (not floating-point). See full context at /theory/sympy-breakthrough-2026.

§8 Bottom line

D–F Tier-B PASS (with EXACT cores). Roadmap A–F complete at claimed tier. - D (sky): H₀, w(0), Ω sum, n_T, n_s, PBH band locked; σ₈ + FRB + high-z w OPEN. - E (forces): No fifth force, EP tree, θ_QCD=0, Cabibbo 9/40. - F (quantum): Coset decoherence, Q₃⊂Q₇ duality, Page ratio 1−1/(2√2). 0 new Laws. Full natural-effects chain = A–C page + this page. Start at §0 if you want the story before the table.
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CommentsNatural effects D–F — Tier-B EXACT / PASS (astro, force, QI)