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Last-scattering engine. WMAP ILC on a sphere, Planck TT on a spectrum, Smith/sheaf geometry on a 12-port Horizon. Finite certificates. Claim chips on every mode.

Digital Horizon is a criterion on a constructed sheaf — not a sky measurement, not GCP, not a consciousness detector.

Smith identities, stereographic projection, and the sheaf Laplacian are physics. Applying the four-inequality onset test to the CMB, or reading it as a holographic screen, is constructed / contested. The engine will not let those claims share a chip.

What it actually does

Eight instruments. One last-scattering sphere. Auth off. No database.

Mode Chip What you can do
Surface Physics Rotate the WMAP 9-year ILC (Nside=64, monopole subtracted, µK). Probe ΔT. Interior / grain. T₀ = 2.72548 K, z⋆ ≈ 1090.
Multipoles Physics Isolate a real spherical harmonic Y_ℓm on the observed sky (ℓ ≤ 48 from shipped a_ℓm) or a Gaussian comparison draw. Cosine / sine. Mix against the residual field.
Acoustic Physics Planck PR3 TT (full + binned + base-ΛCDM theory) against D_ℓ recovered from the map. First peak at ℓ ≈ 220.6 is a Planck number, not a fit from this engine.
Matrix Analogy Prime-spiral analog on the same sphere. Not a CMB claim.
Feed Physics 1D series → lattice (phase / Sacks / Ulam / delay). Periodogram, RMT bulk, residual bursts. Feeds: Shiller S&P 500 log-returns, n² mod 41 control lattice, planted sensor, diurnal traffic, paste. Polar will not invent prime rays in a market.
Prune Physics α–β geometric search on a toy tree. Adversary / supply / sensor. Move ordering + futility. Not a chess engine.
Horizon Physics Stereoproject the sphere onto the Smith disk. Plant Γ on the HEALPix Nside=1 icosahedron (12 verts, 30 edges). Run L = δ*δ. Four lights: local collapse, sheaf persist, near-kernel, boundary. Drive to horizon lights all four on the constructed sheaf.
Screen Contested Holographic overlay. Explicitly contested. Stays off the physics chip.

Feed, Prune, and Horizon do not need the WMAP map. Surface / Multipoles / Acoustic do.

Horizon — what is computed

Bridge: last-scattering S² → stereographic ℂ → unit disk. Equator → |ζ| = 1. Southern hemisphere → interior of the Smith chart.

Identities (load-bearing, tested):

Γ = (z − 1) / (z + 1)
z = (1 + Γ) / (1 − Γ)
A(Γ) = 2 / |1 − Γ|²     singular at Γ → 1, not uniformly on |Γ| = 1
A(0) = 2
A(1/2) = 8

Cellular sheaf on the Nside=1 1-skeleton. Stalks ℂ² ≅ ℝ⁴. Edge maps T_e ∈ GL(2,ℂ). Coboundary (δx)_e = x_head − T_e x_tail. Laplacian L = δ*δ, so ker L = H⁰. Twist = 0 plants an affine section x_v = [Γ_v, 1]ᵀ via translations → λ_min ≲ 1e−8 and face holonomy = I. Twist inserts SU(2); holonomy leaves I; the kernel lifts.

Digital Horizon (constructed criterion, eight-draw Gaussian-SNR MI proxy in bits):

onset  ⇔  I_loc ≤ 0.35  ∧  I_sheaf ≥ 0.55  ∧  λ₄ ≤ τ  ∧  |Γ̄| ≥ 0.72

Do not say the WMAP ILC “has a Digital Horizon.” Do say: local observers on this sheaf can lose the planted section while the kernel still carries it.

Drive preset: mismatch 0.88, scramble 3.2, twist 0, τ = 0.08.

Data shipped

  • Sky — WMAP 9-year ILC, Bennett et al. 2013, ApJS 208, 20. Native HEALPix nested Nside=512 Galactic; shipped equal-area average Nside=64, µK, monopole subtracted. Plus a_ℓm through ℓ = 48.
  • Spectrum — Planck PR3 TT full, binned, and base-ΛCDM theory (COM_PowerSpect_CMB-*). Planck Collaboration 2020, A&A 641, A5 / A6.
  • Market sample — Shiller S&P 500 monthly, log-return channel.

WMAP and Planck data are public. Cite the papers. Planck SMICA Nside=2048 is not shipped (2 GB); the official TT spectrum is the Planck analysis product, the pixel-level last-scattering geometry is the WMAP ILC.

See public/data/cmb/CREDITS.txt.

Run

npm install
npm run dev

npm test includes the sheaf identities (src/lib/geom/sheaf.test.ts). npm run typecheck and npm run build are the other gates.

Auth and database stay off. localStorage / zustand only.

Layout

src/components/engine/   Surface, Horizon, Feed, Prune, Inspector
src/lib/cmb/             WMAP/Planck loaders, Y_ℓm, colormap
src/lib/geom/smith.ts    Γ, z, A(Γ), stereo, GL(2,ℂ)
src/lib/geom/sheaf.ts    icosahedron, L = δ*δ, Digital Horizon
src/lib/geom/series.ts   feeds
src/lib/geom/transform.ts periodogram, RMT, lattices
src/lib/geom/prune.ts    α–β tree
artifacts/research/      claim inventory

Claim posture

  • Physics: Smith chart, stereographic chart, sheaf Laplacian, WMAP ILC, Planck TT, DFT/RMT on a named series.
  • Analogy: prime spiral, “carrier wave” as a name for the sphere.
  • Constructed: Digital Horizon lights, planted Γ section, Gaussian-SNR “mutual information.”
  • Contested: holographic-consciousness / GCP readings. Screen mode only.

A mode chip is not a theorem about the sky.

Not this

Not a Planck analysis pipeline. Not a full-resolution SMICA viewer. Not RF network design software. Not a chess engine. Not a brokerage. Not a measurement of a cosmological horizon.

About

Last-scattering engine. WMAP ILC + Planck TT + Smith/sheaf Horizon. Finite certificates. Digital Horizon is a criterion on a constructed 12-port sheaf — not a sky measurement.

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