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Originally posted by Infoholic
2nd, If you were to break the barrier of the speed of light, wouldn't that take us to time travel? Think about it. You stand out in your back yard on a nice clear evening. You look at the stars and you are actually looking into the past. If the speed of light is calculated by how far light can travel in a years time "light year", and the distance to a long away star... the star is, let's say for the sake of argument, 100,000,000 (one hundred million) light years away... would the star in question is actually being viewed from 100,000,000 years ago?
Infoholic
Originally posted by Infoholic
2nd, If you were to break the barrier of the speed of light, wouldn't that take us to time travel? Think about it. You stand out in your back yard on a nice clear evening. You look at the stars and you are actually looking into the past. If the speed of light is calculated by how far light can travel in a years time "light year", and the distance to a long away star... the star is, let's say for the sake of argument, 100,000,000 (one hundred million) light years away... would the star in question is actually being viewed from 100,000,000 years ago?
Infoholic
Originally posted by davespanners
The problem as other posters have stated is that the closer an object comes to the speed of light then the more energy (or torque) you need to push it, at the speed of light the amount of energy needed to spin the object faster becomes infinite and so it can't be done.
This is only true if "Special relativity" is true though, I have no reason to think that it isn't