Editing Openai/67eceef4-f79c-8009-910b-504bec9650ec (section)

===== The Electric Universe model suggests that electromagnetic forces play a dominant role in celestial mechanics. From this perspective: =====
# Charge Differential and Temperature: - If celestial bodies carry different electric potentials, plasma interactions could contribute to heating effects. - A charged, rotating body moving through a cosmic plasma could experience electromagnetic braking or acceleration, potentially influencing its thermal state.
# Plasma Sheaths and Heat Distribution: - In an electric model, the Sun could be viewed as an anode (positively charged), with planets acting as cathodes or varying charge differentials. - The temperature variations could arise not just from nuclear fusion but also from electrical discharge effects within plasma currents (e.g., Birkeland currents).
# Orbital Mechanics Influenced by Electric Forces: - If electric fields and currents shape planetary motion, colder bodies may preferentially orbit warmer ones due to charge attractions or plasma dynamics. - This could introduce additional torques affecting planetary rotation, which might explain some anomalies in rotation speeds and tilt variations.