Many theories about black holes that exist in space were developed over time. The prevailing opinion says that whatever falls into a black hole disappears forever and breaks apart into the component parts. However, a new theory states that black holes do not destroy the matter but rather are a kind of exit gates which lead in various parts of our universe or in other universes.
The new theory was developed by Jorge Pullin of the State University of Louisiana and Rodolfo Gambino of the University of the Republic of Uruguay. The two scientists decided to study the predictions of the theory of quantum gravity in black holes. More specifically, they applied the equations of quantum gravity in a non- rotating black hole with spherical symmetry.
As described in other theories, as the matter approaches the core of the black hole, the gravitational field becomes more and more powerful, but it does not disappear into a spacetime singularity as the prevailing theory states. According to the study results of the two researchers, the matter does not disappear in the middle of the hole but continues its way up the other end and gets from there in another universe or another location in our universe.
The idea that black holes are portals to other worlds rather than a place of absolute destruction is not new. But they all stumbled on the spacetime singularity. This is the first time when this barrier is bypassed with the help of scientific tools. The results of the study were published in the journal «Physical Review Letters».
Latest posts by Anna LeMind (see all)
- The Quiet Ones Can Easily Fall into These 4 Ego Traps – Is Your Ego Exploiting Your Introversion? - May 2, 2017
- Is There Life After Death? 5 Hints That Our Existence Doesn’t End with the Physical Death - April 25, 2017
- 6 Reasons Why INTP Personality Type Is One of the Quirkiest and Most Misunderstood - February 17, 2017
- 5 Struggles of Being an Old Soul in a Young Body - January 16, 2017
- 6 Reasons Why Intelligent People Fail to Be Happy - November 24, 2016
Copyright © 2017 Learning Mind. All rights reserved. For permission to reprint,