Is gravitation itself dark energy?

 

"Using a new process of laser cooling, MIT physicists have invented a new technique to cool atoms into condensates faster than the conventional method while conserving a large fraction of the original atoms". ScitechDaily.com/MIT Physicists Develop a Faster Way to Make Bose-Einstein Condensates).

So, could this similar phenomenon explain gravitation? 

If some wave motion travels through an atom, or subatomic elementary particle it turns the particle colder. Or particle drops to a lower energy level. That causes a situation where energy from outside starts to travel in that particle. That is on the lower energy level. That wave motion causes a situation, where wave motion. Which travels in cooler particles and takes other particles with it. And, that could explain why gravitation is so weak in interaction. 

Gravitation is radiation or wave motion. And when wave motion travels through quantum fields it takes part of that quantum field to itself. That means the wave motion that travels through quantum fields makes those quantum fields weaker. 

So is gravitation itself the dark energy? Or is it a carrier wave that transports unknown wave motion? Dark Energy means free energy or mysterious wave motion that rips the universe into pieces. But could that thing be some kind of form of gravitation? If gravitational radiation is like a pike, it could explain why we cannot see that thing. 

When we look at the case, where a laser ray takes energy away from an atom and transforms it to Bose-Einstein condensate, we can imagine that gravitation works a similar way. There is the possibility that gravitational radiation travels through subatomic particles and that radiation acts like a laser ray that pushes energy away from the atom. 

If that thing is right gravitational radiation push energy away from the quantum field that is forming the major part of atoms and subatomic particles. When gravitational-wave motion or gravitational radiation travels across the particles it takes part of the quantum field with it. 

And then that effectively turns the quantum field smaller. When the quantum field turns smaller it causes an electromagnetic low-pressure. And that thing causes the outside quantum fields are pushing particles harder. If that model is right. That means gravitational radiation or some other radiation rips particles into pieces.

When that wave motion impacts the quantum field it causes interaction. That interaction increases free energy in the system. And that free energy causes a situation that rips material into pieces. When the quantum field is turning weaker the outside quantum field starts to push material harder.

But cosmic inflation means that also outside quantum field is turning weaker. And that thing causes the quantum fields of subatomic particles to turn larger. Those quantum fields are also turning weaker. And that means the free energy slips inside the system. Free energy doesn't take a part in the system. But it breaks the subatomic bonds between elementary particles. 

At first, atoms break, and then the subatomic elementary particles turn to wave motion. The reason for that is strange radiation that is traveling in the universe. The name of that radiation is Dark Energy. But is gravitational radiation the same thing as Dark energy? Or is gravitational radiation only a carrier wave, that transports some other radiation? 

https://scitechdaily.com/mit-physicists-develop-a-faster-way-to-make-bose-einstein-condensates/