http://www.sciencedaily.com/releases/2013/11/131114142209.htm
*Spintronics: Nano Magnets Arise at 2-D Boundaries* Those 2-D Boundaries are also call topological defects in the physics game. Relevant to our collective interest, LENR also lives in a two dimensional flat world. Whenever an electromagnetic wave encounters a topological defect, that wave experiences dispersion in a lensing effect. Dispersion is most often described for light waves, but it may occur for any kind of wave that interacts with a medium or passes through an inhomogeneous geometry. The lens is based on dispersion. When Light enters glass it slows down in the glass; when it leaves, it speeds up. More generally, "waveguide" dispersion can occur for waves propagating through any inhomogeneous structure (e.g., a photonic crystal). Dispersion of a wave can be very large. When waves traveling in a medium undergo total internal reflection at its boundary because they strike it at an angle greater than the so-called critical angle. This highly bent wave is called an evanescent wave. This type of wave bends in on itself... head to tail... and forms a vortex. Wave energy enters this vortex and cannot escape. The energy content of the vortex grows very large over time. These vortexes will stabilize due to a self-focusing effect of FANO resonance where the wave will interfere with itself and resonate at an ideal integer (AKA quantum) frequency under the influence of dispersion. This frequency may grow to be very high and powerful (ultra UV or X-Ray). Any EM wave that travels in a circle will project a magnetic force vector perpendicular to the plain of rotation. That magnetic field will be highly focused in a fantastically small region of space. That concentration mechanism will make the power of the magnetic field very large. LENR is an energy concentration process where magnetic power is amplified to such a high level that it distorts both the vacuum and matter to the point of disruption. By the way, when a vortex of EM energy forms inside a superconductor, it will persist FOREVER because of the superfluidity property of superconductivity. The HIGGS field is a superconductor. Any EM vortex that forms inside the HIGGS field will persist forever as a particle of mass until that vortex is disrupted. Keeping it simple, I believe that a strong enough magnetic fields can create or destroy matter in the Higgs field since the HIGGS field is just a magnetic field.
