BLOCH // Rō'nin State-Space Lab

SEQUENCE0

ENCODED FRAMES0

MAX ERROR0 μrad

LUT CELLS VISITED0

CHAIN HEAD—

CONTROL SURFACE

Manifold Recorder

Scenario

Grid Points

Deterministic seed

Forecast Tick

Forman witness

ZERO DEVIATION · recorder armed

Bloch Trajectory

reference observed forecast

The zero attractor is zero deviation from the moving reference manifold, not the north-pole state |0⟩.

Sphere-to-Grid LUT

OCT

Dedicated State Space

HASH-CHAINED

Restoration Mesh

ERROR SURFACE

Return-to-Zero Contours

μrad

COMPANION TRIPLE

Dual-Window Geometry Witness

COHERENT

FORMAN MAX · SHORT0

FORMAN L1 · LONG0

TR(L) / TR(L²)0 / 0

HOLONOMY RESIDUAL0 μrad

WINDOWS16 / 64 frames

BUNDLE—

short / long window digests: —

FRAME PROBE

Inspector

LUT cell: —
Observed xyz: —
Reference xyz: —
Forecast cell: —
Deviation: —
Frame hash: —

REPLAY PLANE

Artifacts

LOCAL ONLY

TRAJECTORY SONIFICATION

Not rendered

RECENT RECORDS

Encoded Frame Chain

64-BYTE BLSF RECORDS

SEQ	POINT	LUT	ERROR μrad	STATE	HASH

CLAIM BOUNDARY

This lab records the thing rō'nin described.

It is a deterministic classical model of pure-state Bloch vectors, octahedral LUT addresses, contractive deviation dynamics, path memory, geometry witnesses and authored sonification. It does not access quantum hardware, perform tomography, demonstrate passive physical quantum error correction, or prove fault tolerance.