The LAR and the light speed principle, they are not reconcilable, something has to give. What probability he assigns that the speed limit c has already gave up, last year in Gran Sasso? Especially in the light of current doubts about how good the cable connection was in the measuring equipment.
By the default, LAR is forever. Very much like the accelerating expanding of the Universe. Else it should be explained when and how it starts to faint.
I am not 100% sure, that the LAR will not overrun the speed limit c. Not likely, but it might.
This question I see relevant to him:
The LAR and the light speed principle, they are not reconcilable, something has to give. What probability he assigns that the speed limit c has already gave up, last year in Gran Sasso? Especially in the light of current doubts about how good the cable connection was in the measuring equipment.
I don’t think he predicts that returns will accelerate literally forever, so I don’t see the contradiction.
By the default, LAR is forever. Very much like the accelerating expanding of the Universe. Else it should be explained when and how it starts to faint.
I am not 100% sure, that the LAR will not overrun the speed limit c. Not likely, but it might.