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Is Gravity from a Parallel Universe Creating "Dark Energy"?

String theorists Neil Turok of Cambridge University and Paul Steinhardt, Albert Einstein Professor in Science and Director of the Center for Theoretical Science at Princeton believe that the cosmos we see as the result of a Big Bang was actually created by the cyclical trillion-year collision of two universes (which they define as three-dimensional branes plus time) that were attracted toward each other by the leaking of gravity out of one of the universes. In their view of the universe, the complexities of an inflating universe after a Big Bang are replaced by a universe that was already large. flat, and uniform with dark energy as the effect of the other universe constantly leaking gravity into our own and driving its acceleration.

According to this theory, the Big Bang was not the beginning of time but the bridge to a past filled with endlessly repeating cycles of evolution, each accompanied by the creation of new matter and the formation of new galaxies, stars, and planets.  Turok and Steinhardt were inspired by a lecture given by Burt Ovrut who imagined two branes, universes like ours, separated by a tiny gap as tiny as 10-32 meters. There would be no communictaion between the two universes except for our parallel sister universe's gravitational pull, which could cross the tiny gap.

Illustration of Interacting Universes
Orvut's theory could explain the effect of dark matter where areas of the universe are heavier than they should be given everything that's present. With their theory, the nagging problems surrounding the Big Bang (beginning from what, and caused how?) are replaced by an eternal cosmic cycle where dark energy is no longer a mysterious unknown quantity, but rather the very extra gravitational force that drives the universe to universe (brane-brane) interaction.


1 comment

chadow10 said...

I feel that we will eventually see that dark matter and energy is our interaction with other universes. The interaction with our universe will be expressed as a combination of two ratios.

For interaction with our universe, interaction of standard matter is 1. Based on the "proximity" of the parallel universe it will have a fraction of interaction with our universe.
The second ratio will be the mass of the matter in the parallel universe-- allowing it to "press" in to and interact somewhat with our universe independent to it's "proximity" to our universe. Again, standard gravity is 1 and the ratio of gravitational interaction will be a fraction of this.

A function of these two ratios will explain the effects seen.

1. dark matter gravitational lensing
2. regions of the universe expanding faster towards unknown areas than others
3. two standard galaxies collide but the dark matter does not interact with itself-- standard galaxies A and B exist in plane 1. dark matter interacting with galaxy A is in plane 2. dark matter interacting with galaxy B is in plane 3. As A and B collide they have a some small effect on plane 2 and 3 but plane 2 and 3 have even less effect on each other leading the dark matter to appear to pass through each other without interacting.

Just my thoughts.

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