# Structure of proton based on the classical string model

## TL;DR

This paper explores proton structure using classical string models, analyzing radius and mass properties in different regimes, and proposes scenarios that challenge conventional asymptotic freedom by suggesting an inverse proportionality of quark interaction to distance.

## Contribution

It introduces novel proton structure scenarios based on classical string theory and discusses their implications on quark interactions and proton properties.

## Key findings

- Proposes multiple proton structure models based on classical strings.
- Finds quark interaction inversely proportional to distance, contrasting with asymptotic freedom.
- Analyzes proton radius and mass in relativistic and non-relativistic contexts.

## Abstract

In this paper, we propose several proton structure imagination scenarios based on classical string model. The radius and mass properties of protons in relativistic and non-relativistic cases are discussed, Contrary to asymptotic freedom, we find that the interaction between quarks in protons is inversely proportional to distance.