The work of Leonid Urutskoev and D.V. Filippov on exploding titanium foils are formative to my understanding of the LENR reaction. One point that greatly impressed me seen in these experiments was the detection of the LENR reaction far from the plasma channel produced by the exploding foil. I call this feature of the reaction “action at a distance”. In these exploding foil experiments, fission of uranium was detected in a chamber in the test device that was physically separated from the location of the plasma channel. From Holmlid, we now know that muons and mesons can be produced by the LENR reaction, these subatomic particles can travel over a considerable distance to initiate muon catalyzed fission. The LENR reaction has a gigantic range of action from nanoscale energy production in biological transformations to the formation of transuranic elements of the most heavy kind at the high energy range of the reaction.
This wide range of transformation of elements confuses most LENR theorists. It is difficult to envision how transuranic elements tha usually form in the trillion degree environment inside supernova can be produced here on earth in a bucket of water. Most of the LENR old guard believe that LeClare is mentally unbalanced for claiming that his cavitation based reaction can produce the heaviest transuranic elements that exist. Holmlid also does not understand that his laser based reaction which produce temperatures up to as much as 500 million kelvin is a LENR reaction. But transformation of elements can occur all the way up to the quark soup level of nuclear processes being as energetic as any nuclear processes to be found in the universe. The more energy that is fed into the LENR transformation process, the more energetic is the resulting nuclear products that will result. At the very high end of the LENR reaction scale, a scale that befuddles our understanding, the scale at which transuranic elements form, the question that is begging to be answered: what force can encompass multiple atoms together with all their associated electron clouds so that they can be combined together to produce an ultra heavy atom. The answer is magnetism; nano magnetism, asymmetric magnetism, strong optical magnetism and Fano resonances in asymmetric plasmonic metamolecules, magnetism as intense as any to be found anywhere in the universe. On Fri, Oct 9, 2015 at 12:25 PM, Peter Gluck <[email protected]> wrote: > My second publication today: a message, seemingly nasty, actually > a must. And some Info, a part of it about nasty things again )our enemies) > > http://egooutpeters.blogspot.ro/2015/10/09-oct-2015-in-lenr-do-not-idealize-real.html > > Peter > -- > Dr. Peter Gluck > Cluj, Romania > http://egooutpeters.blogspot.com >
