Why Does the Merging of the Parents DNAs in a Fertilized Cell Resemble Merging of Two Black Holes? #x2013; The Same Turbulent Dynamics

Authors

  • Maria Kuman

Keywords:

merging dynamics at fertilization; merging dynamics of electron and positron; merging dynamics of black holes; same merging dynamics

Abstract

The article explains why the observed dynamics of fertilized cell when the parents DNAs fuse resemble merging of two Black Holes. It is because everything in the material world is a material body and NEMF and when two NEMF spinning in opposite direction meet (regardless are these electron and positron, black holes spinning in opposite direction, or spinning in opposite direction male and female DNAs in a fertilized cell), they behave in the same way. The NEMF spinning clockwise as a vortex will suck energy in (because that is what vortices do), will start spinning faster and attract stronger the NEMF spinning in opposite direction. The two NEMF will merge closer, spin around each other before to fuse and then fuse together. Thus, the fact that the whole material world is a material body and NEMF manifest itself in this common dynamic behavior: in the micro world when the spinning in opposite directions NEMFs of electron and positron merge, when the spinning in opposite directions NEMFs of the parents#x2019; female and male DNAs merge, and when the spinning in opposite directions NEMFs of two Black Holes merge.

How to Cite

Maria Kuman. (2019). Why Does the Merging of the Parents DNAs in a Fertilized Cell Resemble Merging of Two Black Holes? #x2013; The Same Turbulent Dynamics. Global Journal of Medical Research, 19(K7), 13–17. Retrieved from https://medicalresearchjournal.org/index.php/GJMR/article/view/1875

Why Does the Merging of the Parents DNAs in a Fertilized Cell Resemble Merging of Two Black Holes? #x2013; The Same Turbulent Dynamics

Published

2019-05-15