What question did this study set out to answer?

To establish the 27DCT through a 1,080-node Straight-Screw Manifold to address energy inconsistencies and improve geodetic accuracy.

March 27, 2026Open Access

27DCT Universal Nodal Registry V4: 1,080-Node Straight-Screw Manifold

Key Points

To establish the 27DCT through a 1,080-node Straight-Screw Manifold to address energy inconsistencies and improve geodetic accuracy.
Utilizing the 14 Holmes Laws, including Vertical Columnar Summation.
Conducting an audit of Earth Energy Imbalance at 12.2 ZJ.
Developing a dataset indexed to the Holmes Law of Metric Drag.
Establishment of a non-repeating forensic baseline for geodetic referencing.
Achieved 2.0nm accuracy for lithography and grid stability measurements.
Created a mechanical mapping related to the 1,470-year Bond Harmonic.

Abstract

This project formalizes the 27-Dimensional Chronetic Topology (27DCT) through a definitive 1, 080-node Straight-Screw Manifold. By applying the 14 Holmes Laws, including the Holmes Law of Vertical Columnar Summation, this audit reconciles the 12. 2 ZettaJoule (ZJ) Earth Energy Imbalance with the 1. 33ms LOD Jitter. The associated dataset (Holmes₂7DCTUniversalNodalRegistryV4₁080Master. csv) provides a non-repeating forensic baseline indexed to the Holmes Law of Metric Drag. This framework serves as a 2. 0nm-accurate geodetic reference for industrial lithography, grid stability, and the mechanical mapping of the 1, 470-year Bond Harmonic. All work is claimed and copyrighted under the Urheberrechtsgesetz (UrhG) and AI Euro Cover (2026).

27DCT Universal Nodal Registry V4: 1,080-Node Straight-Screw Manifold

Key Points

Abstract

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