- #1
markonline
- 17
- 0
i submit a question to the physics community.
take the whole twin paradox into account. ok.
now time is relative to speed, and also gravity, yeah.
now in physics we measure the speed of light as a constant though for time it is variable (ultimately due to the effect on us)
electromagnetic waves(which light is also a variance of) have been measured to travel slower passed an object with a large gravitational field.
now if someone is traveling further away from the solar system, invariably getting further away from close proximity of gravitational masses) would he not start traveling a faster measured length of speed while maintaining the time dilation he has created due to accelerating ?
take the whole twin paradox into account. ok.
now time is relative to speed, and also gravity, yeah.
now in physics we measure the speed of light as a constant though for time it is variable (ultimately due to the effect on us)
electromagnetic waves(which light is also a variance of) have been measured to travel slower passed an object with a large gravitational field.
now if someone is traveling further away from the solar system, invariably getting further away from close proximity of gravitational masses) would he not start traveling a faster measured length of speed while maintaining the time dilation he has created due to accelerating ?