QSOL-IMC · EXACT FINITE RECEIVER LAB

ETQ Visual Lab

Selected E8-root structure, tensor-state traversal, and authored observation receivers.

ACTIVE CONFIGURATION

ETQ-303 · exact CRT event orbit

A root-indexed tensor basis over 101 preserved labels. The external fibre is independent of internal triality.

Distinct E8 labels 101 two fixed + 33 complete orbits
Basis states 303 101 × 3 tensor basis
Graph edges 5,364 G₁₀₁ □ C₃
Closure 303 gcd(101, 3) = 1

MATPLOTLIB-STYLE 3D

Root-indexed projection atlas

golden frame

drag to rotate · wheel to zoom

0 amber 1 mineral 2 oxide colour = external fibre

EXACT SUPPORT TRAVERSAL

ETQ-303 CRT spirograph

101 ⊗ 3
ETQ-303 Chinese-remainder spirograph The 101-site selector order and independent three-state external fibre visit all 303 state pairs before exact closure.
fibre 0 · −i fibre 1 · −1 fibre 2 · −i

CURRENT ADDRESS

Event inspector

open orbit
Sequence
101 / 303
Address
(site 0, fibre 2)
Tensor index
2
Basis class
fixed singlet 1
Phase
next −i · accumulated i
Graph degree
55 base · 57 lifted
Doubled E8 root
(−2, −2, 0, 0, 0, 0, 0, 0)

LOCAL ANALYSER

Audio-reactive spectrum

RMS 0.000

CLAIM BOUNDARY

Exact mathematics and authored receivers stay separate.

The E8 roots, embedded D4 triality, preserved 101-label selector, selected graph, 303 tensor addresses, CRT traversal, Gaussian phases, and graph-product counts are exact within the named ETQ contracts. The 3D projection, spirograph interpolation, colours, motion, tuning, timbre, transposition, microphone response, and audio-file response are authored observation receivers. The traced event path is not the edge set of G303, and ETQ-303 contains 101 distinct E8 root labels—not 303 E8 roots.