In article , Dr. Henri Wilson
says...

[snip]

Diaper, light pasing through any region of space TENDS TOWARDS the equilibrium
speed relative to that region AS PER MAXWELL.

Really? Where does Maxwell say that? Please derive this equation from
Maxwell's equations or point to where it is derived?

I see you couldn't answer this. Telling, isn't it?

When light speeds up, the region accelerates in the opposite direction.

The *region* accelerates? Where are the borders of the region that
accelerates in the opposite direction? If light were to accelerate at
some point in a room, how much of the region in that room accelerates
in the opposite direction?

Or did you just have a hand cramp and mistakenly hit the Send button
in the middle of the spasm?

Diaper, whenever YOU move, the earth moves backwards.

More hand cramps: the earth is not "the region" that "accelerates" in your
example.

PD knows basic physics much better than you do -- if we take your posts as
evidence of your knowledge.

And speaking of "basic physics", basic physics included the knowlege that you
keep denying, that the vacuum speed of light in any inertial reference frame is
c. Light does not "speed up", except when making the transition from high
dielectric constant medium to low (or when leaving a very high gravity region -
but that is not an inertial frame).

[snip]