Topic: Plasma Sheath

The concept of an electromagnetic plasma changeover event suggests that planetary magnetic fields are maintained by static charges in a plasma universe. Professor Don Scott’s transistor model of the photosphere provides a framework for understanding how magnetic orientations can switch. This model challenges conventional geophysics by emphasizing the role of plasma sheaths and double layers in isolating charged bodies in space.

Thornhill argues that stars do not have hydrogen cores but are composed of heavy elements sorted by electrical nature. He describes sunspots as openings in a glowing plasma sheath that reveal a cooler interior. Supernovae are characterized as catastrophic electrical circuit breaks, similar to high-voltage power switching failures on Earth, which eject the star's interior matter.

The Electric Universe model is detailed, focusing on how objects moving through charged space develop plasma or Langmuir sheaths. McLachlan explains that Saturn's plasma sphere once acted as a protective cocoon for Earth, creating a uniform environment with eternal twilight and no fluctuations of day and night.