Dynamic Reconnection of Earth's LC Circuit: Topological Transition from the Old to the New Geographical Axis and Its Geological Impacts

Based on the World Quantum Theory and the Inductor-Capacitor (LC) Network Model, this paper proposes that the Earth is a dynamically reconfigurable π-type LC network, whose topology changes in response to shifts in the geographical axis. During the previous stable period, the circuit was grounded at the old North Pole as the input filter capacitor Cup and at the old South Pole as the output oscillating capacitor ((Cdown)), with the global mid-ocean ridge system acting as the inductor ((L)), sustaining the 7.83 Hz Schumann resonance. Astronomically driven precession and obliquity cycles are now forcing a transfer of these grounding points from the old poles to new ones—the new North Pole is located in the South Atlantic Anomaly (SAA), and the new South Pole in the Sea of Japan. The Earth is currently in a transitional phase: the old grounding points are degrading while the new ones are not yet established, causing energy to "slip" along the new circum-Pacific loop ((L')), triggering global geological and climatic anomalies. This paper systematically elaborates the correspondence between this reconnection process and observed phenomena, and specifically highlights two critical consequences: the Himalayan orogen, situated directly on the new equator, acts as a massive energy-blocking dam, preventing the eastward transport of warm, moist energy along the equator and directly causing extreme heatwaves in India; the future wholesale migration of the East Asian plate toward the Sea of Japan will push the Himalayas toward the center of the Sea of Japan, thereby unblocking the equatorial energy pathway and establishing a new global energy circulation. Simultaneously, the establishment of the new North Pole (SAA) will attract a massive redistribution of ocean water, and a sudden, large-scale tectonic movement of the Japanese island arc could trigger a violent reset of ocean basins, leading to a global flood catastrophe. This paper provides a unified electromagnetic-tectonic-climatic coupling framework for understanding the Earth's current and future upheavals. Keywords: Earth circuit; LC resonance; geographical axis shift; π-type network; Schumann resonance; South Atlantic Anomaly; Himalayan blockage; equatorial energy channel; oceanic reset; global flood