Post by Pincho Paxton on Apr 4, 2015 9:56:51 GMT
Link...
Quantum material, frustrated magnets
My theory has physics that can deduce reasoning behind this experiment. A magnetic flow is gravity flowing into a confined space, unable to escape from every direction it scales itself down, and escapes in a way similar to granular convection, but with an added feature that gravity can become a hole, and so can also granular convect its own kind. This leads to an area of least resistance which propagates as a 2d feature in a line, or a circular orbit. We can use the Earth as an example, it has a sphere with gravity flowing in from every direction, and so the magnetic field escapes like an apple core... so it is hardly quantum physics that can be used as an example. You also get bounce back magnetic outflows like on the moon, and 2D Y inflows are probably happening on Saturn.
So the experiment where they are cooling particles down needs to move gravity towards holes. Cold means to propagate towards a hole, so the physics are right there. Heat means to propagate out of a quantum hole. So you can direct the flow using those physics.
Have I just made this up to suit the experiment?
No, I have talked about these physics on a regular basis, and I have used them as a theory of everything, so they work with everything.
Pincho Paxton
Quantum material, frustrated magnets
My theory has physics that can deduce reasoning behind this experiment. A magnetic flow is gravity flowing into a confined space, unable to escape from every direction it scales itself down, and escapes in a way similar to granular convection, but with an added feature that gravity can become a hole, and so can also granular convect its own kind. This leads to an area of least resistance which propagates as a 2d feature in a line, or a circular orbit. We can use the Earth as an example, it has a sphere with gravity flowing in from every direction, and so the magnetic field escapes like an apple core... so it is hardly quantum physics that can be used as an example. You also get bounce back magnetic outflows like on the moon, and 2D Y inflows are probably happening on Saturn.
So the experiment where they are cooling particles down needs to move gravity towards holes. Cold means to propagate towards a hole, so the physics are right there. Heat means to propagate out of a quantum hole. So you can direct the flow using those physics.
Have I just made this up to suit the experiment?
No, I have talked about these physics on a regular basis, and I have used them as a theory of everything, so they work with everything.
Pincho Paxton