Quasi-Vector Spin Voxels & Magnetics (Research Draft)

Status: EXPERIMENTAL — not authoritative spec.

Scope: R&D proposal for spin-textured voxel dynamics and magnetic analogies.

Canonical Kernel Spec: SPEC.md (normative). This document must not override canonical protocol behavior.

Integration targets (proposed): L5-L8, L10, L12

Author: Issac Davis

Executive summary

This document explores a magnetic/spin-field extension to SCBE-AETHERMOORE’s geometric pipeline. Intent vectors are modeled as a spin field over quasi-periodic voxel lattices, with proposed links to:

hyperbolic manifold placement,
spin coherence in governance telemetry,
modified harmonic scaling under adversarial disorder,
self-organizing quarantine analogies via domain-wall energy.

This is a research framing and should be treated as hypothesis-generation material.

Proposed model components

1) Spin-field representation

Voxel spin state: S_i(t) ∈ R^3
Intent mapping: S_i(t) = I_i(t) / ||I_i(t)|| (normalized local intent direction)
Optional quasi-periodic phason stepping with golden-ratio phase increments.

2) Spin Hamiltonian (research form)

Proposed objective:

H_spin = -J Σ<S_i,S_j> - B·ΣS_i - Σ_k w_k exp(-||S_i-μ_k||^2 / 2σ^2)

Interpretation:

exchange term models local alignment/anti-alignment,
field term models external governance pressure,
multi-well term models trust realm attractors.

3) Harmonic scaling coupling

Canonical kernel formula remains:

H(d, R) = R^(d^2)

Research coupling candidate:

H_mod = R^(d^2) * (t / ||I||_H) * (1 + α * H_spin / H0)

This extension is non-canonical until validated and promoted via SPEC.md.

Integration map (non-normative)

Layer	Proposed role
L5	Hyperbolic placement weights voxel interactions
L6-L7	Breath/phase transforms over spin-field dynamics
L8	Realm centers as spin-well attractors
L10	Spin coherence telemetry (`C_spin`)
L12	Optional magnetic amplification factor over harmonic wall

Test ideas for R&D harness

Alignment convergence under ferromagnetic J > 0.
Norm-preserving phason rotation under quasi-periodic transforms.
Cost amplification differential between disordered vs aligned states.
Boundary behavior where induced spin disorder increases quarantine pressure.

These should live in non-canonical test suites and not be interpreted as compliance tests.

Multi-clock extension (proposal)

Introduce independent temporal counters (fast/session/governance/circadian/event) and select a dominant T_active for adaptive runtime amplification. This is exploratory and requires deterministic semantics before any canonicalization.

Publication and indexing guidance

Keep this document under docs/research/.
Keep experimental warning banner intact.
Do not cite this as canonical kernel behavior in external abstracts/releases.
If promoted, first update SPEC.md and CONCEPTS.md, then cross-link here as historical research provenance.

Cross-links

Canonical protocol: SPEC.md
Stable terminology: CONCEPTS.md
Orchestration reference: docs/hydra/ARCHITECTURE.md
Experimental module (non-canonical): experimental/scbe_21d_max_fixed.py