From: ChemE Stewart
Do you think a strong magnetic field, such as a million watt 3 GHz electromagnetic pulse from a doppler microwave radar tower can entice particles (positively charged) from the "Dirac Sea"? Stewart, Hmm… the EM pulse alone would probably not be enough; however, free protons could tap into the Dirac sea if they were available in a statistical over-abundance (at least as I understand it). Free protons would be available in a significant way on a very humid day due to hydronium, H3O+ which is a natural cation with a loose bond on one proton. With 100% humidity, there should be temporarily available protons which could be freed by 3 GHz radiation. (Note that the natural hydroxyl (OH) bond of water has a peak in absorption spectrum of 1.6 and 2.48 GHz). Does the physical effect which you are searching for happen more often in high humidity? That kind of evidence could lead somewhere - towards Dirac. In fact, we have talked here before about studies which show that about half the energy of a hurricane or cyclone cannot be accounted for - due to the water temperature differential, where the storm forms. Thus it is possibly that hot humid air rapidly moving with friction buildup, will tap into the Dirac sea for some of the energy of the tropical storm - especially with triboelectric effects. Maybe they should name the next big storm following a successful Rossi demo: Hurricane LENRard.
