Spin coupling is finally being identified along with its transfer of energy from one place to another in a coherent system. Changes in the mass of stable systems and mechanism for this will be next.
My guess it will be as if the coherent system wants to reach its lowest stable energy state and it does using spin interactions and the conservation of angular momentum. The local B magnetic field will be the key to allowing such transitions to occur in the solid state. The magnetic field associated with the plasmon polariton condition provides the necessary local B field. Bob Cook ----- Original Message ----- From: Axil Axil To: vortex-l Sent: Thursday, December 04, 2014 9:29 AM Subject: [Vo]:Ballistic spin transport http://physics.aps.org/articles/v7/123 Viewpoint: Spin Transport Goes Ballistic Ballistic spin transport has been observed in a two dimension electron gas forms between two semiconductors. This two dimensional electron gas situation is very much like what is happening in surface plasmon polariton formation. For LENR, one of the powerful EMF amplification factors is directional and highly focused spin projection. Magnetic EMF is projected in a tight beam in which the inverse square law does not dilute the power of the beam. A new theory is forthcoming in the ballistic projection of spin. Here is a case where progress in LENR R&D is progressing unbeknownst to the rank and file in science.
