The Conductive Filter- Volume II

Following the hypothesis of a North Pole Plasma Bolide impact proposed in Volume I, this paper addresses the specific mechanics of the resulting mass extinction. Traditional models fail to explain the "Selectivity Paradox": why anatomically similar species suffered total extinction in one hemisphere (e.g., Mammuthus primigenius in North America) while surviving in another (e.g., Loxodonta africana in Africa), or why apex predators like the Polar Bear survived while the similarly cold-adapted Woolly Mammoth perished. We propose the "Conductive Filter" hypothesis, which argues that survival was determined by Electrical Impedance rather than biological fitness. When the Earth's crust acted as a conductor for a planetary discharge, the "kill zone" was defined by three variables: (1) Step Potential (body size and stride length), (2) Galvanic Isolation (insulation via ice, water, or arboreal separation), and (3) Geological Connectivity (the conductive path of the continents). We demonstrate that the "Pan-American" mountain spine acted as a low-resistance transmission line, electrocuting the Western Hemisphere, while the resistive cratons of Africa attenuated the current, creating a sanctuary for the megafauna of the Eastern Hemisphere.