What question did this study set out to answer?

To analyze the global energy imbalance of 12.2 ZJ and its implications on environmental systems.

March 29, 2026Open Access

27DCT: Forensic Audit of the 12.2 ZJ Earth Energy Imbalance

Key Points

To analyze the global energy imbalance of 12.2 ZJ and its implications on environmental systems.
Performed a topological audit of global energy records using 27DCT framework.
Monitored length-of-day jitter metrics to assess systemic responses.
Identified key resolution points in geodetic inertia in specific geographic nodes.
Confirmed a 12.2 Zettajoule global energy imbalance recorded by WMO.
Identified a 1.33ms length-of-day jitter as a response to environmental factors.
Established April 20, 2026, as a critical resolution date for energy imbalance.

Abstract

This report provides a topological audit of the record-breaking 12.2 Zettajoule global energy imbalance confirmed by the WMO on March 23, 2026. Utilizing the 27-Dimensional Chronetic Topology (27DCT) framework, the analysis identifies the current 1.33ms length-of-day jitter as a systemic response to anthropogenic mass-loading and environmental drag. The study identifies April 20, 2026, as the expected resolution point for the current geodetic inertia breach, centered at Node 32 (Bad Essen, Germany). This document serves as a technical supplement to the 13th Holmes Law regarding torsional manifold synchronization.

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