The bubble-universe and a physico-chemical analogy of the cosmological constant

TL;DR

This paper develops an analogy between the bubble universe model and the Young-Laplace equation, providing insights into the cosmological constant with results close to experimental estimates, despite some limitations.

Contribution

It introduces a novel physico-chemical analogy to model the cosmological constant using the bubble universe framework and Young-Laplace equation.

Findings

Analogous equation closely matches experimental values

Numerical results are intriguing and consistent with observations

Limitations of the analogy are discussed

Abstract

An analogy is developed between the bubble universe model and the Young-Laplace equation obtaining an analogic equation and commenting some numerical results produced by its application. The results, even if based on a simple analogy, appear quite intriguing and very close to the experimentally estimated or calculated values. Some conceptual and numerical limitations of such an analogic approach are also indicated.