I am still of the opinion that Rydberg matter is the key active agent in both the Rossi and DGT reactors.
Rydberg matter is one of the numerous examples of topologic materials. Other types are carbon nanotubes, Graphene, transition metal oxides, various superconductor materials…when the list is completely filled out, the number included in the list will run into the tens of thousands. http://physicsworld.com/blog/2012/05/how_to_cook-up_a_new_topologic.html *How to cook up a new topological insulator* I now believe that Rossi and LeClair each stumbled onto a thermionic based topological material that is not ideal for cold fusion reactor engineering. Carbon nanotubes may be better because their charge control mechanism is based directly on electric simulation rather than thermal stimulation. The good fellows, those carbon based reactor developers who are generous enough to post here at vortex talk of good control of their carbon nanotube based reactors by varying the pulse rate of the spark plug. >From Mint Candy: 1. Purchased 60 plate heat exchanger at : http://www.dudadiesel.com/heat_exchangers.php 2. Purchased Ni at : http://www.xuzhounano.com/a/About/About_Us/ 3. Mixed Ni & catalyst powder wth Hexane from J. T. Baker 4. Filled one side exchanger with suspension. 5. Evacuated two days ending at 250 C. 6. Followed http://www.mail-archive.com/[email protected] procedure using Medical Lesion RFG to spark plug. 7. Perfect control using pulse adjustment on RFG and Propane flow. 8. Incredible steam output steady 2 weeks under pressure. 9. Operating at 650C. 10. Must now get patent on catalyst. Note that Mint Candy states as follows: 7. Perfect control using pulse adjustment on RFG and Propane flow. Mint Candy’s reactor design and operating principle has little to do with Rossi’s design…outside of being inspired by it. Mint Candy will have few control headaches compared to Rossi. Cheers: Axil On Fri, May 18, 2012 at 8:59 PM, Jojo Jaro <[email protected]> wrote: > ** > Axil, > > Are you still of the opinion that Rydberg matter is the key foundation for > the creation of such exotic topological structures? > > In your opinion, is it a coincidence that these exotic structures are > found on a Nickel substrate material? Or is Nickel key to these phenomena? > > > Jojo > > > > > > ----- Original Message ----- > *From:* Axil Axil <[email protected]> > *To:* vortex-l <[email protected]> > *Sent:* Friday, May 18, 2012 12:49 PM > *Subject:* [Vo]:Topological Materials Rant > > Topological Materials Rant > > At the broadest level of explanation, cold fusion is a result of the heavy > compression of electrons to such a high level that their mutually repulsive > forces overlap causing the various quantum constituents to disaggregate > into separated piles of quantum waves: charge, spin, orbit(aka, angular > momentum). Electric charge is stripped en mass from the rest and the > location and activity of these waves are distinct and removed to a distance > from their originating particles. > > This compression of such a chaotic electron fluid is not easy to do > because the electrons are so small and slippery. Confining electrons > together to prohibit the electrons following their usual state of free > motion requires special materials configured in just the right way. When > this chaotic electron fluid is tamed in this way, waves of charge will > form. It is the concentrated action of these waves of charge that take down > the coulomb barrier. > > But it's not easy to squeeze the electrons mutually, because these tiny > particles can leak away into even the tiniest holes of a lattice of atoms. > And the electrons must also be able to move. They cannot be frozen solid in > place as happens in a Mott insulator. To engineer a situation where > electron movement is restricted in just the right way, one must look toward > the newly evolving field of materials engineering: topological materials. > > > The chemical organization of topological materials, their size and shape > of certain combinations of atoms and their positions relative to each other > will break apart electrons into their most elemental quantum mechanical > parts. > Just in the last few years, one and two dimensional materials have been > discovered and strange new classes of matter are being formed. But > factional angular momentum, the magnetic monopole and the Majorana > particle…A particle that is its own antiparticle and thus capable of self – > annihilation…only can exist in their own very special atomic topological > neighborhood. > > This is what Mills needs to understand. You cannot generalize these > special cases to the whole of creation. > > The following article inspired this rant on topological matter. > > http://phys.org/news/2012-05-x-ray-laser-uncovers-secrets-complex.html > > *X-ray laser uncovers secrets of complex oxide material. > * > >
