Re: More confirmation--interesting electrics article
Posted by
Mike_Doran on 6/17/2009, 4:00 pm
I have been writing on bbs about this particular subject for years. The key concept is that the induction from the movement of oceans, clouds, comes in the context of lightning (fundimentally powered by radiation from the sun causing seperation of charges, which is much closer to the ocean than the metal cores. Then charges move from capacitive relationships, and while the oceans move in different directions, couplings can occur in patterns that then overall have orientations that can lead to an overall EMF. Also movements of water, with its dielectric meanings, and then, again, the capacitive discharges, are also actions which move relative to the oceans.
Geo-historically, again, there is indirect proof. For instance with the impact of the asteroid in the Yucatan the earth EMF flipping went from every 10 million years to every 750,000, and half a period after the impact, about 300 years, everything over 50 pounds--gone.
Before that an impact 4-5 times Chicxalub struck Wilkes area in Antarctica and no extinction event, but earth EMF became much more stable flipping every 10 million years. The changes from an asteroid would implicate the condutivity between the oceans and the more conductive mantle. Climate change in the K-T boundary is clearly not explained simply by the energy of the impact (about the same as an El Nino), which quickly would have disapated out into space. It IS explained by the fact that there is very little lightning in Anarctica but plenty at the Yucatan.
Finally, the discharge theory I have been talking about finds interesting roots in the fact that landfalling storms TODAY have seemed to target the Yucatan. Our biggest storms as recorded, Wilma and Gilbert, both moved to the impact site in the Yucatan, 65 million years after it happened. This indicates a basic connection between tropical storms and their electrics as well as how an impact changes the global electrical circuit in a fundimental way.
Mike
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