Hello Axil, I admit I do not understand much of the nuclear theories. However, I think I have somewhat of an understanding of what you say about the substrate and how it is sensitive to a certain frequency. I have asked before; why is there not a million replication of the Holmlid set up? It seems very straight forward or is there something I miss?? Something, which prevent good experimenters to replicate his experiment.
Best Regards , Lennart Thornros www.StrategicLeadershipSac.com lenn...@thornros.com +1 916 436 1899 202 Granite Park Court, Lincoln CA 95648 “Productivity is never an accident. It is always the result of a commitment to excellence, intelligent planning, and focused effort.” PJM On Wed, Oct 14, 2015 at 10:52 AM, Axil Axil <janap...@gmail.com> wrote: > One of the major functions that LENR must fulfill is the reception, > concentration, and amplification of energy from the external environment > and the conversion of that power into magnetism. That external energy is > light in one form or another. > > In LENR engineering, the structure that first captures the light energy is > the lattice substrate. Without this substrate, LENR does not happen unless > the source of light is very powerful. Three examples of this substrate and > their associated systems are as follows: In the Rossi’s E-Cat, the Lattice > is the 100 micron nickel particle that Rossi produces in fuel > preprocessing. This particle is an antenna that optimally receives infrared > light(heat) and converts this light energy into dipole motion. This > electron motion produces an alternating current at high frequency. > > The next example is Holmlid’s iridium powder holder that holds iron oxide > potassium particles. This metal lattice optimally absorbs light in the > green-blue to UV range. This lattice will also convert this high frequency > light into alternating current. > The structure that converts and amplifies this alternating current into > magnetism is nano particles of hydrogen, potassium, or lithium. This > rydberg matter are nanowires that only allows this alternating current to > flow in one direction. This EMF power can only collect into balls of power. > These particles also mix electrons and light photons together to form > polaritons. At the tips of the nanowires and the points of were they touch > each other, vortexes of polaritons form these rings of EMF are call > solitons of polaritons (SPP). It is these rings of EMF energy that store > large amounts of power and produce magnetic beams that cause the LENR > effect. They are black holes of EMF where energy goes in but does not come > out. > > Another antenna method that seems to work is the metal foam powder holders > that DGT came up with. This network of fine nickel wires acts like a > backplane that caries the received EMF produced by the spark that DGT used > to pump EMF power into the 5 micron nickel particles. DGT also produced > rydberg matter which generated the SPPs. > > Without the lattice that receives and directs the EMF into the nanopowder, > a powerful light source such as a laser will be powerful enough to produce > LENR in just nanopowder alone. > This particular behavior was observed in experiments where a laser > irradiated gold nanopowder dissolved in water. The uranium and thorium > salts that was dissolved in that water underwent a fission reaction. This > says that muons where produced to canalize fission instead of neutrons. > > On the other hand, Holmlid does not need a laser to produce muons because > the iridium powder holder is an antenna that is sensitive enough to receive > and concentrate light from his lab’s florescent lights. But the gold powder > which does not have a lattice substrate to help it, would not react to > generate muons using just room lighting; these nanoparticles require a > powerful light source like a laser to produce the magnetic power strong > enough to generate muons. > >
