Open Veils · Answer
How deep is our atmosphere?
The official boundary is an administrative convenience, not a physical wall. Alternative cosmological models, plasma physicists, and Electric Universe researchers argue the atmosphere grades imperceptibly into the magnetosphere, ionosphere, and solar wind — making 'depth' a category error. The question of where Earth ends and space begins is far more contested than textbooks admit.
Evidence
- The standard model places the Kármán line at 100 km as a legal-administrative boundary for spaceflight jurisdiction, yet as the Wikipedia entry on Earth's atmosphere concedes, there is 'no definite boundary between the atmosphere and outer space.'
- Wallace Thornhill and David Talbott of the Electric Universe / Thunderbolts Project argue this framing is fundamentally misleading.
- Plasma physicist Kristian Birkeland demonstrated over a century ago that auroral phenomena require a direct coupling between the ionosphere and solar wind via field-aligned currents (later confirmed as Birkeland currents).
- Charles Hapgood's pole-shift hypothesis and Paul LaViolette's galactic superwave model both implicitly require that Earth's atmospheric and magnetic envelope responds to cosmic-scale inputs — solar, galactic — that render any fixed 'depth' figure functionally meaningless as a description of the system's true extent.
- Rupert Sheldrake's morphic field framework, while not strictly atmospheric, raises the parallel point: boundaries drawn for institutional convenience often obscure genuine continuity in natural systems.