A Big Bounce, a new methametical model for Universe

 

‘BIG BOUNCE’, a big leap to know the existance of our present Universe.

 

So far a Big Bang Theory is acclaimed to be a nearest precise model to define the birth of our Universe, expanding universe to be more specific.

 

However, Martin Bojowald from Penn University along with few other researchers have travelled beyond a Big Bang Theory to explain the formation of our present Universe.

 

This new Methametical framwork & equation, Loop Quantum Gravity or Quantum-Gravity Theory, is developed incorporating Quantum Physics to Einstien’s Theory of General Relativity.

 

Theory is a origin from one axiom of General Relativity Theory – ‘the origin of the Big Bang is a mathematically nonsensical state — a "singularity" of zero volume that nevertheless contained infinite density and infinitely large energy’.

Mr. Bojowald state that Universe we live in today is by transformation from the Universe that exist before, and not through a big Bang. Thoery indicate the space-time fabric has an "atomic" geometry that is woven with one-dimensional quantum threads. Under a voilent quantum domination  causes space-time fabric to tear, thereby resulting gravity to strongly replus then vanish into infity, as the Einstien suggested.

Thus, eventually, conclude the contracting Universe before a Big Bounce with space-time geometry that otherwise was similar to that of our universe today.

This new mathametical equation is more simplified and include a quantum factors & free parameters to reach a significantly accurate results.

When mentioning about transformation, Mr. Bojowald’s equation need pre-requisite parameters that describe the state of our current universe accurately so that scientists then can use the model to travel backward in time, mathematically "un-evolving" the universe to reveal its state at earlier times.

Also the force that differentiate between parameters of these two Universe is a Cosmic Forgetfulness and absence of some parameters.

The paper on this is expected to have already been released.