Recent content by noxurxo

Ok, thanks, I think I understand that. So, we could have the same value for the clock at positions A and B because the force differs in the same proportion as the speed changes. Thank you for your explanation.

I try to understand why this experiment is wrong trying to measure the speed of light in one direction. I know that it has to be wrong but I do not see where.

I do not understand this, sorry. The force is applied at the same position CD. I do not see clearly why this matters, may I have to study more. Thanks for your answers.

If the clocks at A and B show the same time, and we only take a photo when reaching A and B but we do not stop the clocks, this would mean that we could emit a beam of light from A to B and measure the speed of light in one direction (obviously not but I do not see the error).

Lets say you push each of the clocks with the same force.

Sorry, my fault. They start at zero and move at the same speed (theoretically).

Lets consider the following experiment: A-------CD-------B where C and D are synchronized clocks (same position), while A and B are two points at the "same distance" from CD. We move the clock C to A and take a photo Pa when it reaches A. We move the clock D to B and take a photo Pb when it...