- #1
thefredman
- 13
- 0
Hi everyone,
I have a few questions about relativity.
I've been reading about relativity and its effects and I began to wonder at what point does it become a variable worth mentioning?
Suppose there were 3 solar systems each with an Earth that revolved around the sun. Earth 1 does not revolve around the sun. Earth 2 revolves around the sun at 50% the speed of light. Earth 3 revolves around the sun at 100% the speed of light or near. Suppose each Earth was populated at the same time. Would the people on the different Earth's age differently?
If there is a difference does that mean that other planets in our solar system actually have matter that is millions or years older or younger than the same matter here on earth? For instance, the surface of Mars could be millions of years younger than the surface of Earth because it travels through space at a different speed.
What would happen if you extrapolate time to other star systems?
I have about 100 other questions but I'll leave it at that.
Thanks,
I have a few questions about relativity.
I've been reading about relativity and its effects and I began to wonder at what point does it become a variable worth mentioning?
Suppose there were 3 solar systems each with an Earth that revolved around the sun. Earth 1 does not revolve around the sun. Earth 2 revolves around the sun at 50% the speed of light. Earth 3 revolves around the sun at 100% the speed of light or near. Suppose each Earth was populated at the same time. Would the people on the different Earth's age differently?
If there is a difference does that mean that other planets in our solar system actually have matter that is millions or years older or younger than the same matter here on earth? For instance, the surface of Mars could be millions of years younger than the surface of Earth because it travels through space at a different speed.
What would happen if you extrapolate time to other star systems?
I have about 100 other questions but I'll leave it at that.
Thanks,