The Final Key to the Structure
of Our Universe

James Clerk Maxwell envisioned a universe that consisted solely of electromagnetic fields. He and others made many unsuccessful attempts to describe this, our universe, within that concept. Their main problem, according to Albert Einstein was that none, save Maxwell, could completely abandon the concept of material particles of matter as a fundamental constituent of mass.

Einstein said, "What appears certain to me, however, is that, in the foundations of any consistent field theory, there shall not be, in addition to the concept of field, any concept concerning particles. The whole theory must be based solely on partial differential equations and their singularity-free solutions."

We now know why all these great thinkers failed to accomplish their goal. We know how to slightly improve Maxwell's equations so that their solutions include everything we can observe in this universe. We need add only two things and be aware of a third.

Add a function to produce the observed positive feedback
to propagating electromagnetic fields.

Add the quantum solution
to Maxwell's equations.

Recognize the power of resonance as an additional force acting with the force of positive feedback to hold looped charges intact. It is these that appear as the most elementary constituents of mass.