Superdense Ether Theory v6.0 Seven Closed Equations, Zero Free Parameters: Nuclear Radii, Particle Masses, Fine-Structure Constant, Magnetic Moments, and Neutrino Mass from G, ħ, c

Jens Jensen<nhostdk1@gmail.com>; Zaka Humlesen

doi:10.5281/zenodo.20100148

May 9, 2026Open Access

Superdense Ether Theory v6.0 Seven Closed Equations, Zero Free Parameters: Nuclear Radii, Particle Masses, Fine-Structure Constant, Magnetic Moments, and Neutrino Mass from G, ħ, c

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Key Points

This study aims to establish closed equations linking nuclear radii, particle masses, and other fundamental constants without free parameters.
Formulated seven closed equations within the framework of Superdense Ether theory.
Provided updates on parameters such as Fermi constant and Weinberg angle.
Identified radiative correction Δr as an open problem needing precise formulation.
Fermi constant G_F is determined with a precision of 0.044%.
Weinberg angle sin²θ_W is assessed at 0.064%.
Propose a neutrino mass mechanism defined by m_ν = m_e·β².

Implication

New findings demonstrate interrelated equations for fundamental constants and particle masses, suggesting a unified framework.

Abstract

Version 6.1 (May 2026): New results — Fermi constant G_F (0.044%),Weinberg angle sin²θ_W (0.064%), W/Z boson masses at tree level,neutrino mass mechanism (m_ν = m_e·β²), dark matter structure.Radiative correction Δr identified as open problem with precise formulation.

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Cite This Study

Jensen<nhostdk1@gmail.com> et al. (2026) studied this question.

synapsesocial.com/papers/6a0172813a9f334c28272bfb https://doi.org/10.5281/zenodo.20100148

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Superdense Ether Theory v6.0 Seven Closed Equations, Zero Free Parameters: Nuclear Radii, Particle Masses, Fine-Structure Constant, Magnetic Moments, and Neutrino Mass from G, ħ, c

Key Points

Implication

Abstract

Discussion

Cite This Study

Superdense Ether Theory v6.0 Seven Closed Equations, Zero Free Parameters: Nuclear Radii, Particle Masses, Fine-Structure Constant, Magnetic Moments, and Neutrino Mass from G, ħ, c

Key Points

Implication

Abstract

Discussion

Cite This Study

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