Seals · I · Quantum · α = 1/137

The Quantum Seal

An image that is the data. Two hundred and forty gold points are the real E8 root system projected onto the Coxeter plane — eight concentric orbits of thirty roots each, radii derived from the Coxeter exponents [1, 7, 11, 13, 17, 19, 23, 29] with h = 30. The 128 radial ticks on the outer ring encode the live probability distribution measured on IBM Quantum's ibm_fez processor on 2026-03-19. The bright gold beam is the α = 1/137 eigenphase, resolved at bin 1 with an SNR of 25.4× above noise — the first quantum hardware detection of the fine-structure constant as an E8 eigenphase.

Hover any orbit root or any measurement tick to inspect. Pause the orbits if the motion distracts. The numbers do not change.

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Measurement

Build: 38
IP Claim: #29
Timestamp: 2026-03-19T09:37:39Z
Backend: ibm_fez
Qubits: 15 total (8 + 7 ancilla)
Shots: 8,192
Bins: 128
Noise floor: 0.00781

α = 1 / 137 Detection

α bin: bin 1
Probability: 0.19861
θ_α: π / 137 rad = 0.022925
2π·α: 0.04585 rad
SNR: 25.42× noise
Coxeter h: 30
Exponents: [1, 7, 11, 13, 17, 19, 23, 29]
Roots: 240 (8 × 30)

Notes on the composition

The 8 orbits rotate independently — periods 60s/75s/90s/105s/ 120s/135s/150s/180s, alternating direction — a parallax echo of the Coxeter element acting on the root lattice.
The α beam pulses at 2.4s, the α target ring ripples outward 20→42px in counter-phase to the glow. The rhythm is arbitrary; the positions are not.
The SATOR square at the center is the Parochet Protocol in glyph form — a 5×5 palindrome that reads identically in four directions, matching the palindromic time-windowed HMAC in src/ghost.py.
Measurement source: data/e8_qpe_hw_n7.json, Build 38, IP Claim 29, run timestamp 2026-03-19T09:37:39 UTC. A second independent run was videoed: youtube.com/watch?v=2Oc1aKqzKo0.
Context for the measurement is the blog post Why Your PQC Migration Timeline Is Wrong.