Eric said:
Your theories make no quanitative predictions.
I am not sure what you mean by that. Is this quantitaive?
If a light segment is traversing inside an em field, and the
em field is moving at a velocity of 345.67 KM/sec wrt A, then
the 345.67 KM/sec will be added to that light segment's
velocity wrt A.
[Perhaps the language could be improved, but I am sure
the intent is not hard to grasp.]
I am sure other predictions could be similarly turned quantitative
without too much trouble.
You talk about the equations of general relativity being
approximations, while never actually having studied general relativity.
I didn't say I never actually studied general relativity.
My claim that they are approximations, is based upon the "deviation"
added by GR to the spacetime manifold, and a physical interpretation of
that "deviation" and what it means and _why_ it works, therefore
details
of the equations are not relevant.
You talk about general relativity not reducing to special relativity
locally, which makes it obvious you have not studied general relativity.
I am not sure what you are talking about. Was it this:
http://www.mukesh.ws/grmisc3.html
Or was it this statement: "From the discussions of SR above, we see
that
spacetime is not, in fact, locally Minskowskian"? In that case, this
statement
did not follow from GR but from the earlier discussions on SR -- but
since GR
says spacetime is locally Minskowskian, we have a contradiction between
my work and GR, therefore there was a need for further discussions of
GR.
I hope that clarifies things a bit.
The important thought-line is historical, however.
If you are able to see what happens if the zero-medium-transmission
theory could be plugged into the physics culture of late 1800's, and
if you are able to see what would then have happened to MMX, SR
and GR, you would realize why GR itself is only of very marginal
relevance in this context. Its only relevance is that it provides
obfuscated support to the underlying philosophical framework that
resulted from not being able to understand zero-medium-transmission.