New Faraday lines through Four Bosons EM

TL;DR

This paper introduces a novel nonlinear abelian electromagnetism model with four bosons, leading to new Faraday lines, natural mass and charge generation, and an expanded electromagnetic energy framework, without relying on spontaneous symmetry breaking.

Contribution

It presents a systematic approach to nonlinear electromagnetism with four bosons, deriving mass and charge from gauge symmetry and interfield relationships, and introduces new Faraday lines and potentials.

Findings

New Faraday lines for nonlinear EM introduced

Masses derived without spontaneous symmetry breaking

Electric charge expressed via fields through Noether theorem

Abstract

Field physics was founded by Faraday introducing magnetic fields (1831), electric fields (1837) and light as an EM wave (1846), initiating the process where nature is made by matter and fields. Consider that, ordinary space is full of fields. The Faraday view is basis for modern quantum field theory. The concept of fields set up a physicality in development. Physics would like to know how far matter is created by fields. Generate matter from nonlinear fields. Faraday lines of force relating physical entities as electric charge and mass depending on fields. Our purpose is on Faraday lines for nonlinear abelian electromagnetism. Introduce the Four Bosons EM. The phenomenology of a generic charge $\{+,0,-\}$ transmitted by four bosons $\{A_{\mu}, U_{\mu}, V_{\mu}^{\pm}\}$. Nonlinear equations constituted. New Faraday lines were introduced. The potentials fields of physics are developed. Granular and collective fields strengths expressed. Four types of fields charges are derived. They are electric charge, modulated, neutral, Bianchi. This work introduces a systematic procedure of associative physics. Mass and charge are generated due to the four fields interrelationships. Masses are derived without spontaneous symmetry breaking. It is obtained naturally from gauge symmetry, London, and mixing terms. Electric charge is written by fields through the Noether theorem. EM interactions not necessarily coupled with electric charge are proposed. An enlargement of EM energy is derived.