Interacci\'on `Oscilador' de Part\'{\i}culas Relativistas

TL;DR

This paper introduces a mathematical model for relativistic particles with oscillator-like interactions, which could have significant applications in tensor field processes and bound state physics.

Contribution

It presents a graduate-level overview of a relativistic oscillator model for particles, highlighting its potential physical applications.

Findings

Potential applications in tensor field interactions

Relevance to bound state theory

Mathematical framework for relativistic oscillators

Abstract

This is a brief introduction on the graduate level to mechanics of various spin relativistic particles with oscillatorlike interaction. This mathematical model proposed by M. Moshinsky could have considerable physical applications for describing processes mediated by tensor fields and in bound state theory.