Ten arguments for the essence of special relativity

TL;DR

This paper explores the fundamental aspects of special relativity through ten arguments rooted in quantum mechanics, emphasizing the dual nature of particles and their symmetrical field interactions.

Contribution

It introduces a novel perspective on special relativity by linking it to quantum mechanics and the dual-field structure of particles, highlighting symmetry principles.

Findings

Particles contain two coupled fields with specific symmetry transformations.

The approach offers new insights into the foundational postulates of special relativity.

The framework connects quantum mechanics with relativistic principles.

Abstract

In searching for the essence of special relativity, we have been gradually accumulating ten arguments focusing on one fundamental postulate based on quantum mechanics.A particle is always not pure. It always contain two contradictory fields, $\phi(\vec{x},t)$ and $\chi(\vec{x},t)$,which are coupled together with the symmetry $\phi(-\vec{x},-t)\longrightarrow\chi(\vec{x},t)$ and $\chi(-\vec{x},-t)\longrightarrow\phi(\vec{x},t)$.