What question did this study set out to answer?

The report aims to establish a scaling law linking two significant astrophysical anomalies centered on dimensional properties.

February 10, 2026Open Access

Trigonal Metric Yield Scaling Law

Key Points

The report aims to establish a scaling law linking two significant astrophysical anomalies centered on dimensional properties.
Proposed a dimensional-trigonal scaling relation for anomalies
Introduced a geometric factor and a yield threshold
Demonstrated independence from existing theories and datasets
Established a new scaling law based on spatial dimensionality
Unified local and cosmological deviations through a single principle

Abstract

A short theoretical report proposing a dimensional–trigonal scaling relation that links two 2026 astrophysical anomalies: the non‑gravitational acceleration of 3I/ATLAS and the extreme luminosity of the high‑redshift galaxy MoM‑z14. The report introduces a simple scaling law based on spatial dimensionality, a trigonal geometric factor, and a fixed yield threshold. It is independent of the author’s Metric Chronetic Theory work and does not rely on Phase 8 datasets. The goal is to provide a compact, testable hypothesis that unifies local and cosmological deviations under a single scaling principle.

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