I have already addressed the stationary loop, not once but twice:
https://www.theflatearthsociety.org/forum/index.php?topic=79637.msg2148867#msg2148867
https://www.theflatearthsociety.org/forum/index.php?topic=30499.msg2153966#msg2153966
You and your pal seem to be the only ones yet to realize this fact.
Maybe we're the only ones to check to see if you're blowing smoke, which it seems you are.
From the "examples" you cite:
If two pulses of light are sent in opposite directions around a stationary circular loop of radius R, they will travel the same inertial distance at the same speed, so they will arrive at the end point simultaneously. This is illustrated in the left-hand figure below.

If the interferometer is being rotated, both pulses begin with an initial separation of 2piR from the end point, so the difference between the travel times is:
<and on and on and on...>
First, the Sagnac effect formula for a square interferometer which rotates around its own geometrical center.
...
Now, the much more difficult case for the same square ring laser interferometer located away from the center of rotation.
<yada, yada, yada...>
So, no, you didn't address the
stationary loop, not once, not twice, not at all. You copied people's analyses of a
rotating loop, probably with the hope that no one would bother to check them.
If there
is an analysis of a
stationary loop buried somewhere in those tomes, please point it (or them) out. Regardless, it should be straightforward to produce one of your own, without reams of unnecessary verbiage to serve as a distraction,
if you understand what you're doing.
Apparently JB has called this particular bluff.
[Edit - grammar correction]