My quest for truth goes where the dots take me. String theory predicts many of the strange results that we are seeing, but these theorists believe that the applications of these theories are only cosmological. A major tenant of string theory is the tachyon. There has been photographic evidence of this sort of particle track observed in LENR experimentation for many years. Recently, the chief scientist at AIRBUS released a paper on this subject and this area or research is big in Russia.
It is possible to estimate the energy content of these monopole tachyons together with their kinetic energy content using photographic emulsions by placing the ash from the recent LENR experiment on the photographic emulsions and wait for a 24 hour exposure. I believe what we are seeing are tachyons. Here is a site that documents the LENR research in this area and I hope that our research includes a search for particle tracks on photographic emulsions. For exotic particle approach to LENR theory, see for theory and experimental results as follows: http://restframe.com/rf/home.html On Wed, Nov 11, 2015 at 3:51 PM, Jones Beene <jone...@pacbell.net> wrote: > *From:* Axil Axil > > Ø …The following article explains way rotating light is important > in explaining the various miracles associated with LENR. This also takes us > up to and beyond the cutting edge of science and string theory…. Prof. > Daniele Faccio: "Black Holes, With A Twist" - Inaugural Lecture > > Few observers have a problem with black holes on a cosmological scale. > However, even the smallest possible black hole provides absolutely no > insight for understanding LENR - and in fact, using the term simply > provide the skeptic with another place to hang a hat. It is a crank > notion. > > Sure, there is a tiny minimum mass for black holes to exist, so they do > not have to be only cosmological - but that minimum mass is known, and it > is much higher than anything seen in real experiments – such as the > Holmlid effect. In principle, the smallest possible black hole will have a > minimum mass equal to or above the Planck mass. That is indeed small on > the scale where we usually encounter black holes. > > However, the Planck mass is calculated to about 22 micrograms – which is > about 10^19 hydrogen atoms. That is the smallest possible size. The > energy necessary to produce such a nano black hole is 39 orders of > magnitude greater than the total energy available from the LHC, > indicating that even the Large Hadron Collider cannot produce mini black > holes… and obviously they have no bearing on the identity of SPP. > > Therefore, IMHO - it is rather silly to throw out a term which cannot be > justified in theory or in experiment, especially when it adds nothing > intuitive. As I said, this term merely reinforces the notion among some > physicists that the LENR community is grasping at straws to explain > results. > > Jones Beene wrote: > > A key paper for those who subscribe to the SPP modality in LENR – which is > operational in at least one form (the Holmlid effect) is: “Plasmonics with > a Twist: Taming Optical Tornadoes on the Nanoscale” by Svetlana V. > Boriskina (MIT). > > *http://arxiv.org/abs/1405.1657* <http://arxiv.org/abs/1405.1657> > > Boriskina provides insight into the plasmonic focusing mechanism – which > is necessary to focus wavelengths of visible coherent light (in the range > of green to yellow, or 535 nm to 580 nm) down to approximately 1 nm and > below. She explains this by invoking an analogy of the 'photon fluid' (and > magneto hydrodynamics) where light waves will be locally amplified and > upshifted via convective vortex acceleration. The result is like an eddy > current of photons up to a million time more powerful than before. > > Thus, the Holmlid effect is explained by trapped light which is swirled > into optical vortices by EM fields. These are transitory tornado-like areas > of circular/helical motion of flux. The result is magnetic fields of > extreme local intensity (kilo-Tesla to mega-T.) which effectively compress > and densify hydrogen into a new phase which can be well beyond metallic. > Metallic hydrogen required compressive forces in the range of 500 GPa, but > dense hydrogen requires at least an order of magnitude more force, which is > well beyond the mechanical strength of a diamond anvil, for instance. The > payoff is Holmlid’s new phase of dense hydrogen which becomes stable, once > formed, without added pressure. Metallic hydrogen is not stable in an > unpressurized condition and immediately reverts to the gas. > > The specific resonance values for the vortex formation depend on the > matrix metal. With Holmlid’s experiments using iron-oxide matrix, the > resonance value for photons is 535 nm which is green light. For palladium, > using PdCl and LiCl electrolyte the strongest emission line is 542 nm which > is yellow green. Electrolysis creates its own internal photons at the > emission lines of the electrolyte. > > BTW – Boriskina apparently has no present connection to LENR per se, but > as a theorist, she could become more important to the field than almost any > other theorist (including Hagelstein) – to the extent that the SPP modality > is shown to be correct. She appears to be relatively young which is bonus, > should her insight prevail - since LERN field is aging rapidly. > > *http://www.bio-page.org/boriskina/* <http://www.bio-page.org/boriskina/> > >
