The Evans Equations of Unified Field Theory - Alpha Institute for ...

The amount of R, curvature, is non-linear with respect to the mass density,
m/V = T. Figure 2-6 is a graph of the amount of compression with respect to
mass-energy density.
When we hear the term “symmetry breaking” or “symmetry building” we
can consider the case where the density increases to the black hole level. At
some density there is an abrupt change in the spacetime and it collapses. The
same process occurs in symmetry breaking.
Mass causes compression of the spacetime volume at the individual
particle level and at the large scale level of the neutron star or black hole.
Spacetime is compressed by the presence of mass-energy.
Pressure also causes curvature. As density increases, the curvature
causes its own compression since spacetime has energy. This is self-gravitation.
Figure 2-6 Graph of Mass Density in Relation to Compression
Size
43
0
0
Energy Density
Black hole
In general, as the energy
density increases, the
reference frame of the
mass shrinks. From its
own viewpoint, it is
unchanged although at a
certain density, some
collapse or change of
physics as we know it will
occur.