physics
Maxwell's Equations
Definition
A set of fundamental equations describing how electric and magnetic fields are generated and altered by each other and by charges and currents.
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Related Theories (5)
Arbitrary Quantum Classical Divide
Claims mainstream physics arbitrarily declared classical and quantum worlds work differently to avoid admitting error.
Expanded Maxwell Electrodynamics
Restoring scalar and vector potentials as primary electromagnetic entities rather than considering them mathematical conveniences, revealing hidden capabilities including field-free communication and gravity manipulation
Plasma Acts Like Liquid Dense Enough
Plasma acts like liquid when dense enough magnetohydrodynamics hydrodynamics Lawrence force pressure gradient viscosity momentum equation
Plasma as Fundamental Propulsion Medium
High-density charge configurations in plasma represent nature's most efficient mechanism for affecting spacetime, with EVOs being natural self-sustaining bubbles that can be guided for propulsion without exotic materials
Scalar Physics Manipulation
The theory that the magnetic scalar potential (removed from Maxwell's equations by Heaviside) is the key to manipulating spacetime. The Aharonov-Bohm effect proves this potential is physically real. Scalar physics allows creation of stable plasma singularities, vacuum polarization, and the unification of gravity and electromagnetism through Kaluza-Klein type theories.