Possible solution of the cosmological constant problem in the framework of lattice quantum gravity

TL;DR

This paper proposes a potential solution to the cosmological constant problem within lattice quantum gravity, leveraging phenomena like spectrum 'loosening' of elliptic operators and universe inflation.

Contribution

It introduces a novel approach in discrete quantum gravity to address the cosmological constant problem through spectral phenomena and inflation.

Findings

Spectrum 'loosening' affects elliptic operators in lattice quantum gravity.

Universe inflation is linked to solving the cosmological constant problem.

The approach offers a new perspective on quantum gravity and cosmology.

Abstract

It is shown that in the theory of discrete quantum gravity the cosmological constant problem can be solved due to the phenomena of elliptic operators spectrum "loosening" and universe inflation.