Cosmology of {\Lambda}-term (vacuum component)

TL;DR

This paper examines the evolution of the Universe's vacuum energy, showing significant reductions in both quantum and classical regimes, and suggests that physical processes can resolve the vacuum energy crisis.

Contribution

It provides a detailed analysis of vacuum energy reduction over cosmic time, highlighting the effectiveness of phase transitions and physical processes in resolving the vacuum energy crisis.

Findings

Over 78 orders of magnitude reduced in quantum regime

Approximately 45 orders reduced in classical regime

Physical processes can resolve the vacuum energy crisis

Abstract

The vacuum component of the Universe is investigated in both quantum and classical regimes of its evolution. More than 78 orders of magnitude of the vacuum energy have been reduced in the quantum regime during 10^-6 sec. Near 45 orders have been reduced in the classical regime during 4x10^17 sec. In the quantum regime phase transitions were more effective processes for vacuum energy reduction than production of new quantum states. The validity of evolution of the Universe's vacuum component is also presented. All the "crisis" 123 orders are, strangely enough, reduced in usual physical processes.