Paul Anderson, PhD, presents new evidence for an electrical interpretation of unique ravine formations on the Earth.
Paul describes his current research utilizing fractal analysis in an effort to differentiate fluvial and electrical morphologies. His initial analysis revealed there to be no statistical difference between the fractal dimensions of certain geological structures and laboratory based electrical discharges. However, he found a significant difference between the fractal dimension of known fluvial erosion and known electrical discharges. Such data strongly supports the hypothesis of extreme electrical events on the earth’s surface.
Paul works as a chemist for the US Army and is leading efforts in the Thunderbolts Project community to implement statistical design of experiments (DOE) approach to experimentation. By properly utilizing modern designs, the efficiency and statistical rigor in experimentation is greatly increased. He is involved with the Stellar Atmospheric Function in Regulation Experiment (SAFIRE) as well as exploring methods to quantify the effects of possible planetary scale discharges on the geologic landscape.
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