**Category:**

Research Papers

**Sub-Category:**

Mathematical Physics

**Date Published:**

July 6, 2017

**Keywords:**

entropic gravity, dark matter distribution, baryonic Tully-Fisher relation, intrinsic frequency shift

**Abstract:**

The objective of this article is to draw some important consequences of the theory of the entropic relativistic dark matter (GEST) which the weak fields approximation (SWFA) is a model. There will be shown the derivation of the baryonic Tully-Fisher relationship, the derivation of a new form of frequency shift, the intrinsic shift, and the distribution curve of the dark mass (matter). These theoretical extensions may help explain the inexplicable experimental errors in the calculation of the Hubble constant and the problem of the creation and the stabilization of galactic disks. Moreover, since the exposed dark matter field is probably the BEHHGK field, the implications of the calculation of the distribution curve goes far beyond the field of astrophysics.

<<< Back