Daniel C. Galehouse
Electromagnetism in Quantum-Gravitational Theory
By forgoing the need for a classical basis,
it is possible to develop a geometrical
covariant theory that includes quantum,
gravitational and electromagnetic effects.
Proceedural quantization is not used and the
quantum properties come from
geometry directly. Consistency of the system
depends on replacing dynamical energy with a
suitable form of curvature.
Predictions are in accord with experiment and
for electrodynamics, some of the standard
interpretations are effective. A
time-symmetric formulation is best. Source terms
appear only as densities, without point
accumulations of charge. The
electric current and probability densities can
be brought into constant proportionality
in spite of their different
transformation properties. New interpretations
are possible but can be reduced to the usual
phenomenology when applied
within conventional limits.
References:
Back to ECGM6 Program