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Electromagnetism in the aether: Difference between revisions
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Electromagnetism in the aether (view source)
Revision as of 18:47, 22 December 2024
, Yesterday at 18:47Created page with "Here’s the explanation of electromagnetism in the aether lattice model in ASCII format: <nowiki> ELECTROMAGNETISM IN THE AETHER LATTICE MODEL 1. COULOMB'S LAW (ELECTRIC FORCE) Electric force arises from lattice tension gradients between charges: F_e = k_a * (q1 * q2) / r^2 Where: F_e = Electric force q1, q2 = Electric charges (lattice distortions) r = Distance between charges k_a = Aether electrostatic constant (depends on lattice properties). 2. B..."
(Created page with "Here’s the explanation of electromagnetism in the aether lattice model in ASCII format: <nowiki> ELECTROMAGNETISM IN THE AETHER LATTICE MODEL 1. COULOMB'S LAW (ELECTRIC FORCE) Electric force arises from lattice tension gradients between charges: F_e = k_a * (q1 * q2) / r^2 Where: F_e = Electric force q1, q2 = Electric charges (lattice distortions) r = Distance between charges k_a = Aether electrostatic constant (depends on lattice properties). 2. B...") |
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