Prediction of the α = 137 Anchor Point for the Fine-Structure Constant in the Electron Frequency World

Based on Frequency World Theory (FWT) and the conclusions from The Boltzmann Constant Correction Under the Electron Reading Interface, this paper derives that for a physical entity in the electron frequency world to have a fine-structure constant exactly equal to 137, its wave-energy product must be precisely 2.270×10−36J⋅m. By back-calculating from this target wave-energy product, we determine the physical conditions required for the left ventricular vortex core of the heart: a core scale of approximately 84 µm and a characteristic frequency of approximately 100 Hz. This prediction provides a testable experimental direction for verifying the relationship between the fine-structure constant anchor and local physical structures within the WQT framework. Keywords: fine-structure constant; Frequency World Theory; electron reading interface; cardiac vortex core; anchor prediction