Sunday, February 22, 2015

Additional Genius Hour Research Sources

"Do black holes exist?"

Albert Einstein: theoretical physicist and philosopher of science

In 1905, Albert Einstein determined that the laws of physics are the same for all non-accelerating observers, and that the speed of light in a vacuum was independent of the motion of all observers; it was the theory of special relativity.

http://www.cosmotography.com/images/supermassive_blackholes_drive_galaxy_evolution.html

In this article, Jay GaBany explains how physicist Albert Einstein proclaimed he found a new way to describe gravity, thus the theory of relativity was born. Gravity was described as a "distortion in space in time", but if there happens to be a curve where time and space do not overlap, a black hole is created. Many experts in this field are included in this article, which also makes it a useful source in relation to my research.

"Do black holes lead to a parallel universe?"

  http://mkaku.org/home/articles/blackholes-wormholes-and-the-tenth-dimension/

In this article, written by Dr. Michio Kaku, the ideas of  "10 dimensional universe" and a "theory of everything" are presented. In a 10 dimensional universe, according to Einstein's theory of gravity, as well as the theory of sub-atomic physics, more forces can be accommodated. "In a nutshell, the more dimensions we have, the more forces we can accommodate." It is believed by many physicists that the earthstarted off as a 10 dimensional planet after the Big Bang, but most are too small to see. 21st century physicists are also provided in this article, explaining new areas of mathematics that have been opened because of this theory of a "10 dimensional universe." It is believed that it's only a matter of time before the problem of a quantum black hole is cracked and a new world is discovered.

1 comment:

  1. i like how this is talking about different dimensional universe and how is compares to the theory of everything. it really explains what you are interested in such as the black whole.

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