Solving the Proton Size Puzzle

Abstract

Policarpo Yoshin Ulianov

The Proton Size Enigma refers to the discrepancy in measured proton radii when using different probing particles-electrons versus muons. While traditional measurements using electron-proton scattering provided a standard value for the proton radius, recent experiments involving muonic hydrogen have revealed a significantly smaller proton radius. This discrepancy has sparked considerable debate and prompted further investigation into the true size of the proton. This paper addresses the issue using the Ulianov Theory, which integrates concepts from classical and modern physics to propose a unified framework. By examining the structural and dynamic properties of protons within this theory, we aim to reconcile the differing experimental results and offer a novel theoretical solution to the Proton Size Puzzle.

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