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New Approach to Elementary Particles

Author:

Zivlak, Branko L

Category:

Research Papers

Sub-Category:

Quantum Theory / Particle Physics

Language:

English

Date Published:

October 9, 2025

File:

/Research Papers-Quantum Theory / Particle Physics/Download/10333

Downloads:

181

Keywords:

Bošković, lepton, quark, bosons, proton, meson, baryon

Abstract:

This work develops a unified ontological framework for understanding the emergence of particle masses. Building upon the philosophy of Ruđer Bošković and the use of Planck parameters, we propose a model in which the masses of W and Z bosons, mesons, and baryons arise from an internal quantum–geometric equilibrium, rather than from external mechanisms such as the Higgs field. Meson masses are calculated through iterative procedures applied to bare quark masses, utilizing bit-oriented exponents to capture a discrete informational structure. This approach reproduces the observed meson mass patterns and introduces an "effective gluonic correction" as the binding component. Baryon masses are derived analogously from constituent quarks. The model achieves high accuracy (with deviations of less than 1%) while remaining parameter-free, mathematically rigorous, and conceptually transparent. Overall, this framework offers a minimalistic and ontologically grounded alternative to standard quantum chromodynamics, positing that particle masses are an emergent consequence of fundamental quantum–geometric symmetries.

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