The discussion revolves around the concept of time dilation, particularly in the context of aging and decay for objects moving at relativistic speeds. Participants explore how time dilation affects temporal processes from different reference frames, specifically comparing experiences of individuals in a spaceship to stationary observers on Earth.
Participants generally agree on the effects of time dilation as it relates to aging and decay, but there are nuances regarding the perspectives of different observers and the implications of the twin paradox that remain contested.
Some assumptions about the nature of time and reference frames are not fully explored, and the discussion does not resolve the complexities of the twin paradox or the implications of time dilation on biological processes.
Absolutely. To the person in the spaceship, everything runs normally. To the observer on earth, all temporal processes in the moving ship run slowly.cyberfish99 said:I understand that time dilation means that the closer to the speed of light an object goes, the slower time seems to pass relative to a stationary observer. My question is, if time seems to slow down in the spaceship moving at something close to the speed of light, then would other time related phenomena, like aging or decay also seem to slow down?
Yes, if the starship returned to earth, more time would have passed on Earth than on the starship.cyberfish99 said:But for the person in the starship, time would move along at seemingly the same pace it always has. So that means that the person would age at their normal rate, but once they slowed down, many more years would have passed, if i have this correct.