Reality Check
Penultimate Amazing
Not quite right. Our physics is not limited by "Lorentz". It is extended by the Lorentz transformation in SR to be more correct for observers moving at high velocities in inertial reference frames. v=c is not an "existence limit". Physical objects just cannot get to velocities > c (N.B. light actually exists and travels at v=c). The objects do not cease to exist in your new universal surroundings - you just cannot see them. That is why there is an observable universe.Great question. Local I suspect is a planck volume and there are one for every possible planck increment of energy (motion) from some unknown absolute zero to whatever speed (velocity) might describe particle entanglement.
The thing is our physics are bound by Lorentz and v = c becomes an existance limit within our universe but if you blast off in space to high relavistic speeds I suspect you will begin to measure (see) or experience objects that were outside your c band universe inertial rest reference.
Also it would mean that some objects which would now exceed v = c that were before your acceleration were receeding have now ceased to exist in your new universal surroundings.
I do not what you mean by "c band universe inertial rest reference" but at velocities approaching c you do see unusual effects, e.g. see the Optical Effects of Special Relativity YouTube video.
If local is a Planck volume then you need a quantum gravity theory to describe the physics - how is your string theory?
So that is one question answered. What about the rest:
What is an "absolute measure system"?
Is there a F10,000?
What about:
F1=0, F2=0.01c, F3=0.02c, F4=0.03c, Fn......Etc. Such that (F1,000=0.9c - F4) = 0.06c;
Is that an "absolute measure system" also and so what is the difference between the 2 absolute measure systems?
As far as I can see every one of the Fn is an inertial reference frame, i.e. an observer in it is moving at a constant velocity. All you are doing is picking out another arbitrary inertial reference frame and offsetting the velocities measured in the Fn by that observers velocity.
And:
What is a "c band universe inertial rest reference"? My guess is the observable universe if "c band universe" is the objects in the universe traveling <= c and "inertial rest reference" is an inertial reference frame (but what is "rest" doing in there? )
Why is F4 so special. Why can we not subtract F1 (a velocity of 0) to get an "absolute measure system"?