Time, Uncertainty and Non-Locality in Quantum Cosmology

TL;DR

This paper explores the roles of time, uncertainty, and non-locality in quantum cosmology within a Bohmian framework, offering new insights into cosmic measurement and structure.

Contribution

It advances understanding of quantum cosmology by integrating thermodynamic reversibility, cosmic uncertainty measurement, and non-locality into a unified Bohmian approach.

Findings

Reveals the intervallic structure of thermodynamic reversibility in cosmology.

Provides new considerations for measuring uncertainty at cosmic scales.

Highlights non-locality as fundamental to cosmological structure.

Abstract

In this paper we build on our previous work and the work of Peter Lynds within a Bohmian framework to consider the intervallic structure of thermodynamic reversibility as well as presenting new considerations for the measurement of uncertainty at cosmic scales. In addition we address the fundamental nature of non-locality as an underlying element of cosmological structure.