What question did this study set out to answer?

To establish a reliable framework for verifying Primary Energy theory using nuclear clocks.

January 14, 20260 citationsOpen Access

Technical Report v.7.0.0: Experimental Verification of Vacuum Energy Density using Nuclear Clocks (229Th Protocol)

Key Points

To establish a reliable framework for verifying Primary Energy theory using nuclear clocks.
Transition to Thorium-229 nuclear clocks
Utilization of 20 Tesla for verification
Analysis of signal-to-noise ratio (SNR) at 20 Tesla
Achieved SNR of 16.3, ensuring theory falsifiability
Suppressed magnetic noise to approximately 6 Hz
Predicted relativistic PE-shift remains around 100 Hz

Abstract

Version 7.0.0 (Nuclear Priority Update - January 2026) Supersedes previous Version 6.0.0. This report establishes the finalized experimental framework to verify the Primary Energy (PE) theory. Previous iterations considering electronic atomic clocks (Sr-87) were found to have significant magnetic noise limitations due to the quadratic Zeeman effect. Key Updates in v.7.0.0: Transition to Nuclear Metrology: The protocol now mandates the use of Thorium-229 (229Th) nuclear clocks. Unlike electronic shells, the atomic nucleus is shielded from magnetic interference by the Strong Force. Signal-to-Noise Ratio (SNR): Detailed analysis confirms that at 20 Tesla, the magnetic noise is suppressed to approx. 6 Hz, while the predicted relativistic PE-shift remains at approx. 100 Hz. Definitive Metric: This yields a clean SNR of 16.3, ensuring the falsifiability of the theory without complex error-cancellation schemes. Legal Notice: This document contains proprietary engineering metrics for the 20 Tesla verification test using Nuclear Clocks. Keywords: Primary Energy Theory, Vacuum Viscosity, Thorium-229, Nuclear Clocks, 20 Tesla, Time Dilation, Quantum Metrology.

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