6.2 — Coherence Field Mapping (SQ(r), RIQ)

Abstract

This document outlines an experimental framework for mapping rhythm coherence in stillspace using proposed metrics: SQ(r) — Structural Quantization by radius, and RIQ — Rhythm Integrity Quotient. These tools would allow researchers to detect, quantify, and compare coherent rhythm fields in structured and unstructured environments. Field mapping of rhythm coherence is essential to testing Rhythmic Reality and identifying stillspace interaction patterns.

1. Why Map Coherence?

In Rhythmic Reality, coherence defines structure, persistence, and identity. Mapping coherence fields allows us to:
- Locate high-integrity rhythm zones
- Detect spark-level rhythm fields
- Observe rhythm decay, transfer, and phase distortion

It is the rhythm equivalent of field topology in electromagnetism.

2. SQ(r): Structural Quantization by Radius

SQ(r) is a spatial metric to measure how many nested rhythm closures exist per radius around a source point. This helps visualize the harmonic layers of a system.

High SQ(r) implies tightly nested shells and strong rhythm structuring—common in stable atomic, biological, or quantum coherence fields.

3. RIQ: Rhythm Integrity Quotient

RIQ is a relative score assigned to a field’s ability to:
- Maintain phase over time
- Resist interference
- Recover from distortion

RIQ provides a dynamic metric to evaluate coherence quality and resilience in both artificial and biological systems.

4. Use Cases for Field Mapping

- Identify spark-adjacent rhythm centers
- Evaluate stem cell activation zones
- Detect emotional field propagation in neural systems
- Analyze rhythm competition zones in failed structures
- Quantify coherence in experimental rhythm transmission systems

Field mapping is key to making rhythm mechanics testable.

5. Summary

Coherence field mapping through SQ(r) and RIQ enables quantification of rhythm structure in stillspace. These tools convert abstract rhythm concepts into measurable experimental targets.

To measure rhythm is to see what structure remembers.