Magnetohydrodynamics is the branch of physics that studies behavior of electrically conducting fluids in the presence of magnetic fields. Examples of such magneto fluids include plasmas, liquid metals, salt water, and electrolytes.
To understand the predictive analytics of the Dougherty set and how it applies to the Electric Universe Model of Cosmology, Interdisciplinary Geometer Buddy James illustrates ten real-world validations of magnetohydrodynamics currents, flows and patterns.
—NOTE FROM WAL THORNHILL: Having a real physical model is the basis of physics. Only then does the mathematical theory have real meaning. But we must be always be careful to relate the math to the model. The ‘father of plasma cosmology,’ Hannes Alfvén, warned in his 1970 NOBEL PRIZE Acceptance Speech of a crisis if his magnetohydrodynamic (MHD) theory is applied to space plasma. Use of that incorrect theoretical model renders astrophysicists blind to an Electric Universe. They are continually surprised by new discoveries and forced to invent magically generated magnetic fields.
But here Buddy James describes Donald E. Scott’s fine work on the Electrical Birkeland Current structure and shows the amazing complexity that can result from a real physical model.—
But here Buddy James describes Donald E. Scott’s fine work on the Electrical Birkeland Current structure and shows the amazing complexity that can result from a real physical model.
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