The following link: https://phys.org/news/2016-12-laser-pulses-scientists-complex-electron.html#jCp discusses a phenomena that involves resonances and large electronic energy changes that may relate to nuclear-electronic coupling discussed in this thread.
Bob Cook From: [email protected] Sent: Monday, February 6, 2017 11:01 AM To: Jones Beene; [email protected] Subject: RE: [Vo]:Magnetic magnesium Jones— Not finding data in the open IMHO means it is classified or being held close by a few people. I find it hard to believe the USA atomic power laboratories like Bettis and KAPL with lots for fancy instruments and funds for research have not investigated the Mizuno work. The large local B field you identify could cause all sorts of unusual nuclear events, akin to the ideas Axil presented, including the very short lived mesons he has claimed consistent with Standard Theory. The “gluon-quark soup” of those mesons be pretty thin given their decay time constant. I would imagine the B field changes quite rapidly as the ring of electrons gets going and then slows down. The rapid changes in the coherent system’s energy states caused by the B field changes represents an electronic-nuclear coupling that very well may result in more phonic (orbital electron) energy, commonly referred to as heat. The nuclear configuration(s) could give up their potential energy as the heat suggested above. This reaction would be consistent with no production of energetic particles that would occur with the decay of Axil’s mesons. Thus, sensitive radiation detectors of a Muzino type of event should be employed to find out if the mesons happen. There are many laboratories in Japan, the United States and elsewhere that could and would do such monitoring IMHO. Bob Cook From: Jones Beene Sent: Monday, February 6, 2017 8:26 AM To: [email protected] Subject: Re: [Vo]:Magnetic magnesium Not so sure about "hole movement in an electric field" unless that is metaphorical, but there is a fairly well-known phenomenon at elevated temperature called "aromatic ring current" which involves electrons circulating around the 6 carbon atoms of an aromatic molecule - with no loss when a magnetic field is applied. https://en.wikipedia.org/wiki/Aromatic_ring_current This type of ring current is arguably superconductive at high temperature and more importantly, this phenomenon has been used for gain in LENR in the Mizuno phenanthrene experiments. Unfortunately there are no strong replications of this work. About 8 years ago, Lewis Larsen entered the ring current field and put up some very nice slides (60 or so) featuring Mizuno's work and other theory. http://www.slideshare.net/lewisglarsen/lattice-energy-llccoal-as-a-clenr-co2-emissionless-fuelmarch-15-2012-12109180 A lot of observers were hoping that Lattice Energy was actually doing a phenanthrene experiment as well as producing impressive slides, but no data turned up AFAIK. If they were trying to replicate Mizuno's phenanthrene work, the results are not easy to find. BTW - the "Space" or virtual hole in the center of an aromatic ring is about 200 picometers in diameter, while the Bohr radius x 2 is about 100 pm. This is important if we want to visualize the aromatic ring as some kind of physical mechanism for creating UDH/UDD - using the strong magnetic field of the ring current to compress the orbital of hydrogen. That field has been estimated to be about 12 Tesla locally. Mizuno's phenanthrene experiments could be the most important open question in LENR, and should be replicated or debunked. But we end up saying this every couple of years to little effect.
