Bell's Theorem Sure, if that's what's there on the screen, then I agree, that's a true representation. The issue is one of interpretation though. Your claim was that this readout means that according to the speedometer the car is going 60mph. But that is not what that readout actually means, it's a faulty interpretation of what the readout means. — Metaphysician Undercover
Agree that my speedometer could be broken and be a faulty representation. But now my car has 10 million speedometers (it's a very large car) and they all show 60 mph. Is it possible that all 10 million are broken? Well you can't rule it out, but it is reasonable to say that all 10 million can't be broken in exactly the same way.
So is it possible that there is a design flaw in the speedometers and the value is wrong? Well duh, of course it's possible. However I can look out the window of my large car (my car has windows) and I can verify using my eyes that indeed the car is moving. And I open a window and use my handheld velocity checker to verify the 60 mph. I can stick my hand outside the window and feel the wind. I can temporarily unbuckle my seat belt, stick my head out the window and see the tires moving.
So it is clear that the car is moving. Or is it? Uh-oh, maybe I missed something . . .
Is it possible that the car is standing still and somehow we have arranged it so that it appears that the scenery and the road are moving while the car is standing still? Sitting inside my car I can't rule it out - it's theoretically possible. But there are 10 million people outside the car observing the car move and they are verifying (all using different mechanisms to measure velocity) that my car is going 60 mph.
Is it possible that the outside observers are in fact moving and the car is standing still? They stick their fingers in the air and they feel no movement in the air.
Is it theoretically possible that somehow you have arranged this experiment so that the observers are moving at 60 mph but they do not feel any air moving? Possible, but then when they entered the experimental apparatus they would have felt some acceleration through their inner ears when they started moving (our inner ears can detect acceleration). OK - maybe when the observers entered our experimental apparatus the were standing still and we accelerated up to 60 mph very slowly so the acceleration did not register in their inner ears. Or maybe we secretly drugged them before they entered the experimental apparatus and disabled their inner ears.
So is it possible that those observers are unaware that they are the ones who are moving 60 mph and the car is standing still? We can't logically rule it out (we can always add another absurd hypothetical into the mix).
However, per the CToT there is a true statement here:
"Within the accuracy of our measuring apparatus the car is moving 60 mph relative to it's outside environment".