- #1
roineust
- 338
- 9
Would it be correct to say, that we are moving away from stars at the edge of the universe, at the same rate that these stars are moving away from us? I am relating to stars that are moving in relation to us, at a speed that is faster than the speed of light.
Is the symmetry that maintains that if an object in space is moving away from me at a certain rate, then to all regards i am moving away from the object at the same rate, also true for objects moving away from me at a speed higher than the speed of light? Is symmetry the correct term in this context?
This question is asked for both momentary speed, for acceleration and for unnatural (hypothetically human made) constant speed.
Does modern physics assume that all theories that relate to objects moving away (or towards) us at a speed lower than the speed of light, are also correct for objects moving away from us, at speeds higher than the speed of light and that the matter of being unable to observe these objects, is just a question of non-significance in this context of theories ratification?
Is the symmetry that maintains that if an object in space is moving away from me at a certain rate, then to all regards i am moving away from the object at the same rate, also true for objects moving away from me at a speed higher than the speed of light? Is symmetry the correct term in this context?
This question is asked for both momentary speed, for acceleration and for unnatural (hypothetically human made) constant speed.
Does modern physics assume that all theories that relate to objects moving away (or towards) us at a speed lower than the speed of light, are also correct for objects moving away from us, at speeds higher than the speed of light and that the matter of being unable to observe these objects, is just a question of non-significance in this context of theories ratification?