On Tue, Feb 4, 2014 at 12:16 PM, David Roberson <dlrober...@aol.com> wrote:
Axil, you have offered an idea for a mechanism that might allow coupling > between a locally large magnetic field and nearby fusion events. I remain > skeptical of this type of effect but I want to understand how it operates > according to your concept. > > I have a few questions for you to review that might help me to determine > how your idea fits into typical LENR systems. > > First of all, is what you are describing real? > http://www.google.com/url?sa=t&rct=j&q=&esrc=s&source=web&cd=6&cad=rja&ved=0CFIQFjAF&url=http%3A%2F%2Fphys.org%2Fpdf266642937.pdf&ei=7kXxUpa9DeipsATKroCIAg&usg=AFQjCNH9IF2oRszmaRJ4rkknbGsvIYRk4w&sig2=Q-yhTiI4Qi-69cMk4I9iPA > Has anyone actually determined a way to connect instrumentation that > proves that a half soliton of polaritons exist in nickel? > DGT must have do so and I suspect will do a whole lot more. Rossi too if I don't miss my guess. > Where do these particles reside when they are functioning? > I belevive these are the NAE in LENR and the "hot spots" in Nanoplasmonics, Solitons form between nano-particles of hydrogen an other elements. > Are they surface effects or captured within nano particles, etc.? > Solitons form in topological defects, where dipole vibration is interrupted by a break in the lattice. The break forces the electrons to form a whirlpool due to the extreme curvature in the lattice break. Any defect in a lattice will cause whirlpool formation. > How physically large would one be? > About a nanometer in diameter more or less. > Are they nano sized? > These plasmoids can combine together. In the LeClair system they grow very large and powerful when many small plasmoids(aka solitons) combine together because in liquid they are not pinned by a defect so they can move around. > How long does a typical one exist within the environment? > The Phys.org article I reference yesterday states that they last a very long time. > Can they exist at 1000 degrees C? > Yes, and far higher. > Do they emit a magnetic field that extends beyond their local area? > LeClair said the he found them making marks in his walls and trees outside his lab. That says they can be mobile. Photon-21 states that they found them a long way from the spark discharge. > Is the magnetic field steady and of a DC nature? > Yes. > Last evening you implied this was true, but I want to ensure that I > understood you correctly. > Yes, again. > Do they move around in space or are they trapped in one location? > See above. . > You mentioned that they behaved like a bar magnetic, does that suggest > that they have a bipolar field as one might expect? > Half solitons have only one pole; either north or south but not both. > How does the soliton encourage fusion to occur? > The magnetic field screens fermion charge like happens in the fractional quantum hall effect, > What type of fusion do you anticipate when enhanced by this mechanism? > Fusion of many nuclei into one new one; Mostly protons pairs into a large Z element like nickel. > When fusion within a coupled area occurs, why does the field of your > assumed particle increase? > > The soliton converts gamma energy into more magnetic field strength in a positive feedback loop. > There are many more questions that will arise if we are to understand how > your particles operate in conjunction with a real LENR system. The ball > is in your court to make your case since I remain skeptical of the reality > of the process. > > Now would be a great time for anyone else with knowledge of what Axil is > proposing to assist. And Axil, how confident are you in what you are > describing? > By the way, solitons as monopoles are the hottest thing in particle physics because they support the duality of EMF. This is important for S-duality ( super-symmetric particle physics) http://www.google.com/url?sa=t&rct=j&q=&esrc=s&source=web&cd=8&cad=rja&ved=0CGIQFjAH&url=http%3A%2F%2Fwww.hcs.harvard.edu%2F~jus%2F0302%2Fsong.pdf&ei=Vk7xUtTeN4HksASyzYK4Ag&usg=AFQjCNFBkZ9e045iSlMZ7Ke449sfQ5ThEg&sig2=_JbQQ77qCrAABacWb3BTcg *Theory of Magnetic Monopoles and Electric-Magnetic Duality:A Prelude to S-Duality* This is why there is so much breaking theory from new research on these monopoles. They are also very hot in quantum optics to support optical communication in glass fiber.. > >
