The levels that you list are quite large. If the magnetic fields emanating from each of the nano antennas were of that magnitude I would be concerned that they would generate a force against their neighbors that would rip the material apart. Maybe one day you can explain how these nano sized constructions co exist.
Light photons or IR ones have oscillating magnetic and electric fields and if a very large number were trapped in one of these tiny resonators I can imagine how those fields might disrupt nearby nuclei and the orbital electrons. The hydrogen free proton could easily be accelerated by the electric field vector which is oscillating at a frequency that is relatively low when compared to nuclear events. The amount of energy given to the protons could well reach a level adequate to breech the coulomb barrier if enough photons were trapped.(~10000?) But if this happens, are we to expect the behavior seen in hot fusion? This may have been discussed earlier, but the magnetic field in this region due to those photons would also be very intense and this might be the avenue for the release of the fusion energy. Earlier someone felt that time was not available for the nuclear event to interact with nearby particles due to the time it takes electromagnetic energy to reach those particles and return. This was shown to be untrue since the local nucleus would immediately interact with the intense magnetic field that exists in its vicinity and is not dependent upon the source particles directly. I think of the process as depending upon the past behavior of those particles. So, a very intense local electric field working with its associated very intense magnetic field might be able to breech the coulomb barrier and allow the energy released to be delivered via the magnetic field. That is an interesting concept, but I am not confident that it could happen that way. The interaction of an extremely large, slowly changing(IR frequency) local magnetic field might be the missing link. We know that some mechanism must exist to extract the fusion energy without requiring gamma rays or neutrons and perhaps this particular idea is worthy of consideration. I read something about an X-Ray laser the other day. The device used a particle accelerator and undulating magnetic field to generate the rays. Perhaps this would be a good place to begin. Dave -----Original Message----- From: Axil Axil <[email protected]> To: vortex-l <[email protected]> Sent: Sat, Jan 4, 2014 4:25 pm Subject: Re: [Vo]:McKubre visitors who peer-reviewed his lab, then get (unethically) silent It has beenexperimentally verified that the energy density reached in these photonic trapsreach a high EMF level of 10 to the 15 power watts per square centimeter beforethe chemical based detectors used for EMF power density measurements are destroyed. Theexperimenters have not found a way to measure power levels higher than thischemical detector destruction level. But these Nanoantenna experiments are notideal. The Ni/H reactor is an ideal photonic energy concentrator where far morepower density can be produced. The Reason, nickel and hydrogen are used. It is possible thatthe magnetic field produced by these photon cavities in the Ni/H reactor arebetween a minimum of 10 to the 5 power Tesla and a probable level of 10 to the12 power Tesla at nano dimensions of the probable nano cavity size based onthe DGT revelation that 1.6 T was measured at 18 cms.
