A Geometric Curvature Framework for Particle Masses and Isospin Splitting

This paper presents a phenomenological geometric framework that reproduces the strange-baryon spectrum, charged lepton hierarchy, and neutron–proton mass difference using a remarkably small set of recurring scales and geometric factors. The same structures also appear in several exploratory nuclear and hadronic observables.

Rather than proposing a complete theory, the paper documents a series of unexpected numerical regularities and asks whether they point to an underlying geometric organisation of particle masses.

Available Files in this Repository:
* Main_Paper.pdf — Foundational framework, primary octet spine derivation, and charged lepton mapping. 
* Baryon_Framework_Extensions.pdf — Separate companion communication analyzing spin-3/2 decuplet spacing patterns and sub-MeV isospin-splitting consistency checks.