What question did this study set out to answer?

The primary aim is to introduce the A6 protocol for standardizing the extraction and alignment of common terms across independent probes.

February 10, 2026Open Access

Energy Filament Theory (EFT) A6: Cross-Probe Dispersionless Common Term Protocol Family — Alignment, Permutation Nulls, and Zero-Lag Co-Occurrence

Key Points

The primary aim is to introduce the A6 protocol for standardizing the extraction and alignment of common terms across independent probes.
Defines an auditable workflow for aligning scalar common terms across different probes.
Establishes three guardrails: achromaticity, zero-lag co-occurrence, and environment predictability.
Outlines two canonical workflows: A6-P1 for cross-probe corroboration and A6-P2 for controlled multipath analysis.
Standardization improves the reliability of common term extraction across multiple independent probes.
The defined workflows facilitate accurate data comparison and analysis.
The implementation of guardrails enhances data integrity and reduces artifacts.

Abstract

This record publishes EFT-A6, the “Cross-Probe Dispersionless Common Term Protocol Family” in the EFT methods-layer protocol library. A6 standardizes an auditable workflow to extract and align a scalar common term C(t,θ,z) across independent probe residuals under a unified external timebase, and hard-locks three guardrails: achromaticity (dispersion-free behavior), zero-lag co-occurrence (Z0), and environment-predictable structure. It defines two canonical workflows: A6-P1 (cross-probe corroboration on the same path/corridor) and A6-P2 (differential corridor / controlled multipath for support or upper bounds), and provides a Minimal Artifacts checklist and an Audit Hook block aligned to Z13/T1.

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