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New Electromagnetism (NE ) is a more complete description of electromagnetic phenomena than currently described by classical electromagnetic theory (CE).  It consists of spherical field models for both Coulomb forces and magnetic forces ( New Induction , New Magnetism).  These three spherical models (see table below) contain two interactions (terms) which are not described by classical theory.  These additional terms resolve all know anomalies and paradoxes.

   The Three Models of New Electromagnetism

Name

Charge-Force forms

Notes

Coulombís

Model

 

 

New Magnetism

 nm.pdf

 

 

New Induction

 ni.pdf

 

If you are classically trained (Maxwell's equations et. al.), you should start with the_secrets_of_qvxb.pdf then continue with ne_intro.pdf then ne.pdf.

NE is superior to Classical Electromagnetism (CE) for the following reasons:

  • Easier to learn: Just three point charge equations describe everything (literally).(see ne_intro.pdf)
  • Simpler to use: NE eliminates the ill devised (and confusing) field abstractions (see secrets_of_qvxb.pdf)
  • Free of anomalous predictions and contradictions (see apoce.pdf)
  • Simple Unification of gravity and electromagnetism ( inertia=gravity=induction) see (ne.pdf then ng.pdf)
  • The Mass of a Hydrogen Atom can be derived using simple algebra (see ne_hydrogen.pdf)
  • Explains the Homopolar Paradox (see the paradox in homopolar.pdf then see solution in New Magnetism )
  • Black Hole equation derived from NE in ng.pdf
  • Faster Than light Starships are theorized in the conclusion of ng.pdf

See the next Evolutionary Step of New Electromagnetism

Robert J. Distinti

Received his BS E.E. from University of Connecticut in 1990 and his Masters in E.C.E. from Fairfield University in 2007.  His Master's Thesis uses New Induction to compute trace inductances to a much higher degree of accuracy than possible with methods  based on CE.  

 

 

 

 

 

 

 

 

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