Cosmology from a non-physical standpoint: an algebraic analysis

TL;DR

This paper offers a non-physical algebraic perspective on the Cosmological Constant, introducing new algebraic structures like unital norms, uncurling metrics, and partial wedge products to analyze cosmological concepts.

Contribution

It presents a novel algebraic framework for understanding the Cosmological Constant, expanding the mathematical tools used in cosmology.

Findings

Introduction of unital norms, uncurling metrics, and partial wedge products.

New algebraic structures provide alternative insights into cosmological phenomena.

Potential implications for theoretical physics and cosmology models.

Abstract

We present a non-physical interpretation of the Cosmological Constant based on a particular algebraic analysis. This also introduces some novel algebraic structures, such as ``unital norms", ``uncurling metrics", and ``partial wedge products".