What question did this study set out to answer?

This audit investigates the structural behavior of the MMU v6.3 framework in relation to GR-like weak-field phenomena.

May 26, 2026Open Access

A Condensed-Matter-Style K/M/C Weak-Field Audit of GR-Like Redshift and Clock Response in MMU v6.3

Key Points

This audit investigates the structural behavior of the MMU v6.3 framework in relation to GR-like weak-field phenomena.
Conducted a structural audit of MMU v6.3 and v5.1 focusing on weak-field clock response.
Tested the volumetric w4 sector using K(q)=K0(1+q)^(-3) and omega(q)/omega(0)=(1+q)^(-3/2).
Evaluated first-order responses related to redshift within the non-canonical K/M/C framework.
Supports weak-field redshift compatibility solely at the structural level.
Passed the structural proxy test with delta omega/omega approximately -3/2 q.
Does not derive the Einstein field equations or a physical metric.

Abstract

OSF-ready article documenting the MMU v6. 3 v5. 1 frozen K/M/C weak-field redshift and clock structural audit. The audit tests whether the volumetric w4 sector supports a GR-like weak-field clock response under the frozen non-canonical K/M/C package, using the MMU scaling K (q) =K0 (1+q) ^ (-3). The run passes the structural proxy test with omega (q) /omega (0) = (1+q) ^ (-3/2) and first-order response delta omega/omega approximately -3/2 q. The result supports weak-field redshift compatibility at the structural level only. It does not derive the Einstein field equations, a physical metric, the Schwarzschild solution, G, or the exact bridge between q and Phi/c².

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