Recursive Shell Quantization of Standard Model Masses

This paper explores whether the observed structure of Standard Model particle masses reflects a deeper recursive geometry of spacetime. Building on the ENSO (Emergent Nonlinear Scale Order) framework, the study examines how the constants associated with time, space, and decay might organize particle properties through a unified recursive process. By analyzing the correlation between recursion depth and measurable quantities like lifetime, wavelength, decay rate, and mass, the study reveals an unexpectedly coherent structure. This structure appears to support the idea that mass may not be a primitive quantity but rather an emergent property of recursive geometric compression. The paper includes high-resolution visualizations, annotated summary figures, and fully reproducible Python code. The findings suggest a novel and testable interpretation of spacetime geometry, rooted in the interplay of three transcendental constants. For more information about the ENSO Framework or supporting validation scripts, please contact:Eric Needham📧 ensotheory1@gmail.com Licenses Creative Commons Attribution Non Commercial No Derivatives 4.0 International