Localization is a major subject in condensed matter physics. http://en.wikipedia.org/wiki/Anderson_localization
A Nobel prize was issued in this field. Oftentimes, experimenters stumble on an effect that has been developed in other areas of science that are unknown to them. Ahern may have done this. This localization is only applicable to lattice structures that are as large as Piantelli's nickel bars. Nano and micro particles are too small to demonstrate localization effects of electrons due to topological defects. It is the physical boundaries imposed my there size that produces the resonant effects that are so important in the concentration of energy into atomic level magnetism. LENR may also be an effect that has been studied over decades in the hot spot phenomena in nanophasmonics were a huge concentration of EMF is a result of resonant dipole vibration in a micro/nano antenna structure. One major factor that is never mentions as a factor in EMF concentration is the importance of photon entanglement with electrons as a why to convert electrons into bosons. Ken Shoulders had most of the theory of energy concentration correct, but he never understood how electron concentration must be enabled by photon entanglement. On Sat, Jul 26, 2014 at 12:13 PM, Alan Fletcher <[email protected]> wrote: > At 08:05 PM 7/25/2014, Foks0904 . wrote: > > I'm sure many of you know of Brian Ahern from his EPRI report, his MIT > colloquium appearance earlier this year, and now his collaboration with > MFMP. Even if you're not aware of him, I think this conversation has > enough for 3-4 threads worth of topics. We even flirt with the > ever-so-dangerous & taboo possibility of "perpetual motion". Titled: > "Nanomagnetism, Cooperative Modes, & Non-Linear LENR". Hope you guys/gals > enjoy: > > > https://www.youtube.com/watch?v=I_kID_E-3tY > > An outline can be found here: > http://jmag0904.wordpress.com/2014/07/25/dr-brian-ahern-nanomagnetism-cooperative-modes-non-linear-lenr/ > > > That's a MUST-LISTEN link. (And I'm only half-way through!) > > Goes into some of the history of anharmonic modes (related to discrete > breathers, Quodons we've discussed recently). > > At about 19minutes he says superconductivity and (super?)-ferro-magnetism > are closely related (and that the latter persists up to a thousand > degrees.). > > Then I *think* he says that LENR could be a localized ferromagnetic effect > tapping into vacuum energy. > > Needs a transcript. >
