A model for space and time-like proton (neutron) form factors

TL;DR

This paper proposes a model to describe nucleon form factors in both space and time-like regions, incorporating the idea that quarks become colorless under high chromo-magnetic gluon fields.

Contribution

It introduces a novel model that accounts for the experimental behavior of nucleon form factors across different regions, emphasizing quark colorlessness in intense gluon fields.

Findings

Model fits experimental data for nucleon form factors

Suggests quark colorlessness in high gluon fields

Provides a unified description of space and time-like regions

Abstract

A model is suggested to describe the known experimental behavior of nucleon form factors both in space and time-like regions. It implies quarks to be colorless in the region of high intensity chomo-magnetic gluon field inside the nucleon.