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

• 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.