No-localidad, multiuniverso y principio cosmologico en un modelo simple de espacio-tiempo

TL;DR

This paper explores non-locality, multi-universe concepts, and the cosmological principle within a discrete space-time model, proposing new definitions and speculating on dark matter and energy.

Contribution

It introduces a novel discrete space-time framework with a unique representation of points and non-local properties, linking to dark matter and energy hypotheses.

Findings

Defined space-time points as classes of crossing particles.

Proposed a new observation and detection system leading to non-locality.

Speculated on dark matter and dark energy within the model.

Abstract

Here we analyze the physical concepts of non-locality, multi-universe, and cosmological principle in the framework of a space-time discrete model previously developed. In previous developments of this model we have elucidated as derivative concepts those of time, space-time, reference frame, particle, interaction between systems of particles, field, interaction between fields, detector of particle, and wave function. We start from the primitive concept of preparticle and four postulates alluding simple concepts. The fundamental postulate says that space-time points can be represented by equivalent classes of points of crossing between particles having the same structure. In this way each point of space-time is represented by an equivalent class corresponding to a different structure from the one of any other equivalent class representing a space-time point. We have considered a new way to define system of observation and detector of particles, which leads to non- local properties of the space-time model considered. Finally we have speculated about dark matter and dark energy in the frame work of our model.