As we know if you accelerate your time slows and if you could reach the speed of light then time for you would cease to move. To be hypothetical if you jump on a light beam then you would arrive at any place in the universe and from your perspective zero time would have elapsed. I think I have that right.
Astronauts have their atomic clocks running a couple of milliseconds slow.
Now to my question. What happens to time (from your perspective) when you de accelerate. For example the astronauts going to the moon accelerate out of earth orbit to escape velocity, about 26,000 mph and then shut down the engine in stage 3 of the Saturn V. From that point they de accelerate due to earth's gravity until about 30,000 mile from the moon when they are down to about 3,000 mph and then the moon's gravity has more influence than earth's gravity.
So what happens to their time during de acceleration.
Astronauts have their atomic clocks running a couple of milliseconds slow.
Now to my question. What happens to time (from your perspective) when you de accelerate. For example the astronauts going to the moon accelerate out of earth orbit to escape velocity, about 26,000 mph and then shut down the engine in stage 3 of the Saturn V. From that point they de accelerate due to earth's gravity until about 30,000 mile from the moon when they are down to about 3,000 mph and then the moon's gravity has more influence than earth's gravity.
So what happens to their time during de acceleration.