*It seems increasingly apparent to me that the fundamental causation of the Rossi effect is an abundance of cooper pairs of protons at the surface of the nickel nano-powder. These “quantum mechanical holes” explain how radioactive nickel reaction products are avoided in the transmutation of nickel to copper as recently explained by H. Heffner here at vortex.*
* * *Acting as a semi-conductor, the increase in the quantity of these coherent cooper pairs of protons as the reaction temperature increases at the surface of the nano-powder directly corresponds to the Negative Temperature Coefficient of conductivity as observed by Francesco Celani.* * * *Such phenomenon: increase in the quantity of these coherent cooper pairs of protons, is correlated with heat production and increases in direct proportion as the production of anomalous heat increases.* * * *Nano-powder produces proton “holes” at the center of each nano-granule, a well know phenomena. The absorption of hydrogen quantum mechanically organizes these protons to create coherent cooper pairs of protons which serve as potent charge carriers at the surface of the nano-powder.* * * *In other words, the increase in electrical conductivity is a direct measure of the abundance of proton cooper pairs. In the same way that electron cooper pairs support superconnectivity, proton cooper pairs reverse Positive Temperature Coefficient (PTC) of the resistance to a semi-conductive negative resistance regime when large amounts of Hydrogen are absorbed by nickel nano-powder thereby adding a sort of superconducting like quantum mechanical coherence to the nano-powder.* * * * * On Fri, Jan 6, 2012 at 1:27 PM, Harry Veeder <hveeder...@gmail.com> wrote: > On Thu, Jan 5, 2012 at 9:07 PM, Akira Shirakawa > <shirakawa.ak...@gmail.com> wrote: > > On 2012-01-06 02:52, Harry Veeder wrote: > >> > >> In plain language is Celani saying he found the electrical resistance > >> of the wire decreases with increasing temperature *if* the wire is > >> loaded with hydrogen? > > > > > > Exactly, and more importantly that this phenomenon appears to be > correlated > > with anomalous heat production (ie successful LENR experiments), so > > potentially materials/samples showing a more pronounced transition from a > > positive to negative temperature coefficient of resistance with hydrogen > > loading are the best ones. > > > > If confirmed, this would be a significant step forward towards excess > heat > > reproducibility. > > > > > I wonder if a Negative Temperature Coefficient is more than a marker > of "cold fusion" > but is also a precondition for "cold fusion". It might be easier to > create a NTC on a surface > instead of inside a material and this might explain why powders have > been better at > producing heat consistently. > > Harry > >
