Thursday, January 08, 2009

Another Experiment Supports the APM

Osborn told that the S± symmetry has “profound consequences for the nature of the pairing interaction”. Unlike the BCS interaction, which is attractive over short distances, Osborn says that S+- symmetry implies that the pairing mechanism in their superconductor is repulsive at short distances and attractive at longer distances. “That’s important information for theorists”, he said, but cautioned “it doesn’t say what the precise mechanism actually is”.
The above quote comes from the linked article at titled, "Iron-based superconductors really are different." As in the Casimir effect, the magnetic effects are due to the strong charge orientations of the subatomic particles. The subatomic particle orientation is dictated by the physical structure of the atom. Hence, different atoms at different temperatures (distributed velocity) can have net magnetic north orientation, net magnetic south orientation, or net zero (neutral) magnetic orientation.

If the scientists would like to know what the precise mechanism actually is, they need to read Secrets of the Aether.

Mainstream Discovers APM Prediction of Casimir Effect

Mainstream science is finally catching on. The Aether Physics Model predicts the Casimir force is the strong force law of the electron. The strong force is the force acting on strong charge, which has both magnetic north and south polarity. Naturally, the strong force law (Casimir equation) works for both attractive and repulsive magnetic alignments. To see how the APM unifies all the forces read our Unified Force Theory paper. To understand the basics of the theory, read our Foundation paper.