On the interpretation of the classical GRT tests and cosmological constant in anisotropic geometrodynamics

TL;DR

This paper introduces anisotropic geometrodynamics (AGD) as an alternative framework to general relativity for explaining galactic phenomena, potentially eliminating the need for dark matter and dark energy, and offering new insights into the cosmological constant.

Contribution

The paper presents the AGD model and demonstrates its ability to interpret classical GRT tests on galactic scales without dark matter or dark energy.

Findings

AGD explains orbit precession, light bending, and redshift without dark matter.

AGD provides alternative interpretations for cosmological observations.

The approach addresses issues related to the cosmological constant.

Abstract

In this paper the basic model for the anisotropic geometrodynamics (AGD) is introduced and used to discuss the classical GRT tests - orbit precession, light bending and gravitational red shift - on the galactic scale. It is shown that the corresponding effects could be used for the interpretation of the observed phenomena. Moreover, the AGD approach provides the interpretations that are free from the need of dark matter and dark energy, and explains the problems with the cosmological constant which is introduced when the problems arise.