Topic: James Clerk Maxwell

Kosh explains the distinction between mainstream electricity and the flow of ether by revisiting James Clerk Maxwell’s original 19th-century equations. He uses a river analogy to describe scalar potential as static pressure and vector potential as the directional flow of the medium. Kosh argues that modern physics is limited because Oliver Heaviside removed these potentials from Maxwell's work, dismissing them as mathematical abstractions.

The conversation explores James Clerk Maxwell's original ether model, which posits a fluid medium where forces create vortices and gaseous particles. Vandenberg asserts that this model aligns with the four elements and explains how Tesla viewed electricity as a gaseous medium rather than just moving electrons.

The conversation explores why mainstream science has failed to adopt a unified model, citing a historical split between relativity and quantum mechanics. Nassim Haramein discusses James Clerk Maxwell's original ether-based equations and how later interpretations by Einstein and Max Planck led to a more mathematical, less reality-attached model. The removal of the physical ether is identified as a primary stumbling block in modern physics.

The Ether model is integrated with the Electric Universe theories of Wal Thornhill and Donald G. Scott, focusing on plasma physics and the "pinch effect." Janir explains that original Maxwellian equations included scalar components representing vortices, which were later removed by Heaviside and Hertz. These longitudinal fields are described as a distribution network of energy streaming throughout the universe via Birkeland currents.