The aim is to derive the electron mass using concepts from golden-ratio scaling and phase space volume.
Applied golden-ratio scaling in calculations.
Utilized five-dimensional phase space to derive mass parameters.
Performed theoretical calculations to match observed electron mass.
Derived electron mass as 0.5115 MeV, closely matching the observed mass of 0.5110 MeV.
Achieved an accuracy error of 0.11% in the derived mass.
Abstract
We derive the electron mass mₑ = α⁻¹φ⁴/ (6π⁵) = 0. 5115 MeV (obs: 0. 5110 MeV, error 0. 11%) from golden-ratio scaling and five-dimensional phase space volume.