Ekpyrotic Theory

[Graviphoton]

It has been suggested to me, that i might be draining people of attention with my threads, because i am soley working on consciousness... so i thought maybe this was right, time for a new thread.

 

In physics, the multiverse theory is a difficult theory to accept - well, at least it is for me - the only way i could describe my contempt for it is the way Einstein rejected the path of Quantum Mechanics. The reason for this is simple. I do not believe the Universe can so easily split off into as many universe-possibilities as there are actualities, every time something comes to do anything - especially in the case of ourselves.

 

Fair enough, the theory of Parallel Universes could answer many gaping questions - questions such as, 'why the wave function exits', and why and how our universe selected these 'dimensional conditions', of one time dimension and three spatial dimensions.

 

What if only two universes existed?

 

This question was called an 'Oxymoron' - it seemed to present a contradiction in terms - two universes simply couldn't exist... Though our universe might be one of an infinite amount, i am amused however in something called the 'Ekpyrotic Cosmological Theory' (ECT): What if our universe has a siemese twin? This is what ECT states. Its perfectly identical, conjoined, yet separate twin is connected to our universe through a force that allows it to bounce off our own universe to such a distance away, it will finally pull back to collide with our own universe.

 

When they do collide, it will trigger another Big Bang all over again, spilling all that potential consciousness, matter and energy through the wave function, no matter how vanishingly small their probabilities lye. This Big Bang will engulf both universes simultaneously - and that must mean the great sea of consciousness itself - creating everything all over again - but with a slight quantum difference; a decrease in the 'Cosmological Constant'. You might remember the Cosmological Constant.

 

The Cosmological Constant was created by Albert Einstein in 1915, in an attempt to design a universe that was static. However, the discovery of the Hubble red shift, the measuring of distances between objects in space showed that the universe was in fact expanding. He thus cast the Cosmological Constant to the side, calling it his 'biggest blunder.' However, in the discovery of recent observations of an accelerating universe, astrophysicists where able to bring the Cosmological Constant back into play.

 

The real problem with the Cosmological Constant today, is that it is around 10^20 times smaller than what should be predicted from Big Bang... However, if the Siamese twin theory is correct, then the value in the Cosmological Constant appears to be smaller because the collisions of the two universes have brought it gradually down - thus, one might imagine the Big Bang to have occurred many, many times.

 

Right now, physicists are devising new theories on how to experimentally test this. In the writing of this book, Paul Steinhardt of Princeton University, and Neil Turok of the University of Cambridge believe that it might be possible to experimentally test this theory through the discovery of the so-far-unseen 'gravitational waves,' that are thought to ripple ever outwards throughout all of spacetime. However, though the big bang states that these gravitational waves are thought to pervade spacetime, the two scientists believe that they are rare, to say the least. 'Ekpyrotic' comes from the Greek word, 'conflagration.' It was coined by Steinhardt, Ovrut, Turok and Khoury in the DAMPT in Cambridge, England.

 

The Ekpyrotic Theory is directly linked to String Theory - therefore, our universe and our twin will be classified as 'branes', instead of parallel universes though there is very little difference between the two expressions. Before our universe collided with our siemese twin, our universe was completely frozen. When the brane collided into our own universe it sent the gravitational waves rippling, exciting fluctuations in temperature and density - and above all, it gave rise to matter - a soup of quark gasses. This theory is being recognized as quite a serious theory by physicists, because it seems to be a better alternative to both the standard interpretation of the big bang coupled with cosmic inflation, (when the universe spurted out everything faster-than-light).

 

The difference with the standard model of big bang and the big bang described by the Ekpyrotic Theory is that it wasn't a big bang at all - paradoxically enough. The cataclysm of big bang in this theory rather states that there was an event when the immense energy in the infant universe quite literally drove it to expansion.

 

Paul Steinhardt, mentioned just previously say's, ‘'our universe begins in a static, featureless state, that persisted for eons.''

 

''But how long are we talking about,'' One might ask. The truth is we cannot be sure. We could be talking numbers anything like trillions upon trillions of years. The Ekpyrotic Theory though, isn't too different to the usual parallel universe theory - as each universe exists in a superpositioning as myriad sheets all placed among each other. Accordingly, there was a collision; and this set everything in motion.

 

As Ovrut explains, ' It's a beautiful idea because it says that all of the particles we see actually arise from one object... a string.'' Weird this isn't it? All these strings’ particles contained in the universe and all universes actually constitute one single mega-string! The only way to describe this is by analogously describing this single string as being like a normal string of cotton. Like any fabric weaved into one single string, it is made up itself of much smaller string, all finely interwoven into each, causing them to join into one single woven string. The strings that represent gravity in this universe can easily flow into another brane, and this is how they all couple to each other.

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How Might We Detect Gravitational Waves?

 

Finding their presence, whether they are frequent or rare, is going to be difficult. The 'Laser Interferometer Gravitational-Wave Observatory' (LIGO) in America, belonging to NASA scientists, are now searching for the waves - by the possible phenomena of Black Hole collisions.

 

Black Holes themselves have so far been undetectable, but Relativity and Quantum Theory predicts their existences. They are exotic, perfectly spherical dark or glowing objects in space that contain so much mass that they can distort spacetime to such a degree, it practically drags it round with it at the speed of light. These distortions are so strong; they are even able to slow a photon, a particle of light right down to zero-speed. Thus, even the fastest known particle cannot escape its wrath.

 

The collision of two Black Holes would shudder space and time - similar to the conditions of a quaking big bang, and the collision would send out ripples of gradational waves at the speed of light from the location of impact. Because of this, in order to find the illusive waves, we will have to keep our eyes to the stars.

[swansont]

http://www.physics.princeton.edu/~steinh/npr/

"Our proposal is based on unproven ideas in string theory and is brand new. While we appreciate the enthusiasm and interest with which the paper has been received, we would suggest some patience before promulgating these ideas in order to leave time for us to produce some follow-up papers that introduce additional elements and to allow fellow theorists time for criticism and sober judgment."

 

Moved to speculations

[Graviphoton]

Accepted then