The theory that Russ is working under is based on the crystal structure of palladium as the basic foundation on which LENR is build. This idea is a good one but they picked the wrong crystal topology,.
The proper crystal structure is the hexagonal and the trigonal structure. This is the crystal structure that causes electrons to follow a vortex path. This is the crystal structure that the Hydrogen Rydberg matter (HRM) is formed around. This hexagonal crystal structure is what amplifies the monopole magnetic field. Important hexagonal crystals that play a role in LENR besides HRM is mica, graphite, and quartz. Note that Rossi uses mica in his E Cat X. Holmlid uses graphite in his HRM production and Etiam uses quartz powder in its process. On Thu, Mar 3, 2016 at 10:22 PM, Jones Beene <jone...@pacbell.net> wrote: > *From:* Jack Cole > > Ø Russ has been putting together an excellent research program to > test a research hypothesis about LENR derived from QGR's theories. > Methodologically, they have consulted with and borrowed the concept of > loading Pd into zeolites from *Iraj Parchamazad*. Russ has also > consulted with several of the LENR greats along the way. > > His web page is reminiscent of JL Naudin’s efforts to cover the entire > spectrum of alternative energy. Naudin did some very interesting LENR work, > such as with the Mizuno glow discharge experiments, but he had the habit of > moving on to something else at the first signs of failure. > > Russ seems to similarly disposed to having way many projects going on > simultaneously. I hope he sees a glimmer of success and sticks with it. > There have been a lot of failures with zeolites but they have an internal > porosity which “ought to be” supportive of high loading, yet first > zeolites themselves must be loaded with a catalyst, which is tricky since > you are essentially clogging up the natural porosity. > > That is why the hematite used by Holmlid is alluring. Same nanoporosity > but much superior magnetic properties and iron has as many Rydberg “holes” > as nickel. Not to mention far less costly. > >
