Really interesting find Axil. I saw an electron-micrograph of some of Rossi's Ni powder and basically it looks like very small spheres, not completely uniform in diameter, but certainly with in a range. I can't recall the scale unfortunately but someone here probably know it. Anyway, the way voids are created is in the process of sphere packing. Any nanoscale plasma might exist in these voids. Since the spheres are Ni, you can expect a lot of hydrogen ions moving into and out of the surface of the nickel spheres. That will create plasmons in the surface of the Ni spheres, heating them and perhaps ionizing the Ni surface atoms. The free electrons could screen the nanoscale plasma and allow the hydrogen ions to quantum tunnel into each other or deep into the Ni atoms inner shells.
I'm going to do a little more digging, but there may be something to the idea of nano-plasmas in a system like this. On Tue, Nov 4, 2014 at 2:25 PM, Axil Axil <janap...@gmail.com> wrote: > Some recent posts combined, extended, and revised > > > http://phys.org/news/2014-11-electromagnetic-fluctuation-plasmas-analogous-so-called.html > > [Electromagnetic fluctuation forces across plasmas analogous to so-called > weak nuclear interaction forces > > New theoretical results tie EMF to processes that effect the dynamics > that occur inside the nucleus as a expression of the weak force. This is > exciting stuff for the LENR theorist. Mesons control what goes on inside > the nucleus. Mesons are just a kind of plasmons that exist between two or > more solids at very close distances. One example where this condition > applies is the situation that exists in the very small plasmon filled > spaces between nanoparticles. This implies that mesons are condensing > virtual particles pairs that are equivalent to condensing virtual particle > plasmons or sheets of realized positions/electron pairs formed at high > energy caused by the Casimir force born in the small distances between > nanoparticles. > I guest at this all along. Its good that it has been discovered. > > See: > > Casimir forces in a Plasma: Possible Connections to Yukawa Potentials > > http://arxiv.org/pdf/1409.1032v1.pdf > > This paper violates all the current thinking connected with the > standard model of particle physics. In a nutshell, the paper says that > nanoplasmonics can cause nuclear effects as a result of meson > production. > > This could well be a theoretical research topic related to cold fusion > funded by some interesting and mainstream organizations. If you notice > the acknowledgment section of the paper, you will see who funded this > research as follows: > > MB and CP acknowledge support from the Research > Council of Norway (Contract No. 221469). MB also > thanks the Department of Energy and Process Engineering > (NTNU, Norway) for financial support. CP thanks > the Swedish Research Council (Contract No. C0485101) > for financial support. This work was supported by the > DFG (grant BU 1803/3-1). We thank Dr John Lekner for > pointing out the relevance for the analysis of the Poisson- > Jacobi formula (page 124, example 18 in Whittaker and > Watson)[41] > > This paper proposes that nanoplasmonics can be used to manipulate and > control the weak force using the Casmir effect and through that weak > force, control the inner workings of the nucleus. > > The major players in the science infrastructure of Norway and Sweden are > interested enough in this subject to pay good money to mainstream > scientists to buck the standard model of particle physics with this new > theory. > > Could there be a connection between this paper and the recent Robert Godes > visit to Statoil in Norway? > > https://pbs.twimg.com/media/B1R2STSIAAAdDVS.jpg > > In this picture of the meeting between Robert Godes and Statoil in > Norway, it looks like Pekka Haavisto is sitting at the head of the table. > At present, Pekka Haavisto serves as chairman of the Green Parliamentary > Group in the Finnish Parliament. The gentleman on the left of Godes with > the red hair is most likely Robert W. George II CEO of Brillouin > > Robert Godes posted these tweets after the meeting > > [quote] > @Pawik it turns out oil companies have seen thermal excursions in their > hydrogenation beds. It is a problem for them but LENR is the cause. > 11:30 AM - 3 Nov 2014 > and > @Pawik all but the most pathological disbelievers change their tune after > talking with me. Had a great meeting at Statoil in Norway as well. > [End quote] > > Why is Statoil interested in LENR? To understand this process engineering > problem, they may have developed a interest. > > > http://www.ogj.com/articles/print/volume-89/issue-24/in-this-issue/refining/rust-catalyzed-ethylene-hydrogenation-causes-temperature-runaway.html > > RUST CATALYZED ETHYLENE HYDROGENATION CAUSES TEMPERATURE RUNAWAY > > The petroleum industry has thermal runaway problems when micro particles > contaminate hydrogen processing equipment. > > Ed Storms tells a story of how Rossi first got interested in LENR when he > saw a thermal runaway in a oil waste process. Does anyone remember the > details of this story? > > > On Mon, Nov 3, 2014 at 10:30 PM, Axil Axil <janap...@gmail.com> wrote: > >> >> http://phys.org/news/2014-11-electromagnetic-fluctuation-plasmas-analogous-so-called.html >> >> *Electromagnetic fluctuation forces across plasmas analogous to so-called >> weak nuclear interaction forces* >> >> New experiment results tie EMF to processes that effect the dynamics that >> occur inside the nucleus as a expression of the weak force. This is >> exciting stuff for the LENR theorist. Mesons control what goes on inside >> the nucleus. Mesons are just a kind of plasmons that exist between two or >> more solids at very close distances. One example where this condition >> applies is the situation that exists in the very small plasmon filled >> spaces between nanoparticles. This implies that mesons are condensing >> virtual particles pairs that are equivalent to condensing virtual particle >> plasmons or sheets of realized positions/electron pairs formed at high >> energy caused by the Casimir force born in the small distances between >> nanoparticles. >> >> I guest at this all along. Its good that it has been discovered. >> > >
