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New Theories / Re: Length Contraction and Time Dilation Contradict the Constancy of Light Speed
« on: 27/11/2013 11:45:22 »
No, it was all with reference to A.
Actually wiht more investigation I found that B was not an inertial frame of reference as it undergoes acceleration.. So I rephrased my question to.
If B is travelling at constant velocity towards A
When A calculated B is going to arrive at that point (without stopping) in 1 year he emits a light signal towards a reciever 1 light year away at point C.
At the exact point B reaches A the reciever detects the light the time of which takes 1 year form A's point of reference, but obviously less time from B's point of reference.
If I considered the ladder paradox, would this mean that the distance between A and C appears smaller to B? So that B can calculate the speed of light to be constant.
So would that mean that the faster you travel, the closer things appear to be to each other? Is this why its hard to find a parking space?
Actually wiht more investigation I found that B was not an inertial frame of reference as it undergoes acceleration.. So I rephrased my question to.
If B is travelling at constant velocity towards A
When A calculated B is going to arrive at that point (without stopping) in 1 year he emits a light signal towards a reciever 1 light year away at point C.
At the exact point B reaches A the reciever detects the light the time of which takes 1 year form A's point of reference, but obviously less time from B's point of reference.
If I considered the ladder paradox, would this mean that the distance between A and C appears smaller to B? So that B can calculate the speed of light to be constant.
So would that mean that the faster you travel, the closer things appear to be to each other? Is this why its hard to find a parking space?