TITLE:
Classical Unified Field Theory Relating to Electricity and Mass
AUTHORS:
Yougang Feng
KEYWORDS:
Uncertainty, Space-Time, Electricity, Mass, Potential Function, Weak Interaction
JOURNAL NAME:
Journal of Modern Physics,
Vol.6 No.5,
April
10,
2015
ABSTRACT: A classical unified field theory relating to electricity and mass is
proposed. It indicates that uncertainty relations are the intrinsic attributes
of space-time, and the law of the uncertainty quantities’ change can be
described by the potential functions of the space-time. The electromagnetic
field is a stimulated state of the space-time, associated with electricity; its
behaviors exhibit the properties of the positive potentials
and
. The gravitowagnetic field is
another stimulated state of the space-time related to mass; its properties are
governed by the negative potentials - and -. The gauge
invariance and the symmetries of the set of
and
and the set of
-
and
-
determine mostly the interaction forms for
the fields, and there are some corresponding physical properties between the
two kinds of fields, including the weak interactions due to the spontaneous symmetry
breaking of the potential functions. The discovery of the wagnetic field
reminds us that there may be additional interactions beyond the conventional
forms. Our theory provides an available foundation for the grand unified
theory.