What question did this study set out to answer?

This research aims to validate the density-screened coherence coupling architecture via systematic tests.

June 11, 2026Open Access

General Coherence Field Theory — Part III: The Boundary Era. Density Screening, Null Results, and the First Population Tests

Key Points

This research aims to validate the density-screened coherence coupling architecture via systematic tests.
Conducted pre-registered test campaign involving seven specific CDNs.
Analyzed architecture predictions using Gaia DR4 as the decisive arbiter for outcomes.
Included measurements of escape velocity and population-level directional signals.
Two tests returned null results regarding coherence coupling.
One test showed a measurement-conflict positive outcome.
One test indicated a population-level directional signal without triggering kill conditions.

Abstract

Part III of the GCFT art edition series documents a focused, pre-registered test campaign of the density-screened coherence coupling architecture established in CDN-142 (kappa=0. 15, rhocrit=10⁴ M☉/kpc³). Seven CDNs are collected in sequence: the coupling architecture (CDN-142), the Local Group activation map (CDN-144), the charm-node/density-screening reconciliation (CDN-145), the surviving prediction map (CDN-146), the M33 pericenter null (CDN-147), the Leo I escape velocity test (CDN-148), and the 22-satellite population boundary survey (CDN-149). Two tests returned clean nulls, one returned a measurement-conflict positive, and one returned a population-level directional signal. No kill conditions were triggered. Gaia DR4 is the pre-registered decisive arbiter for Leo I and Crater II.

General Coherence Field Theory — Part III: The Boundary Era. Density Screening, Null Results, and the First Population Tests

Key Points

Abstract

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