Dr Zaius
Junior Member
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- 74
I would think that if we assume the object can withstand the speed of light, both objects would appear to stop just before they reached lightspeed. One of the things that the hadron collider is doing is pushing particles close to lightspeed to determine the answer to this very question. The reason I find the study of faster than light radio waves so fascinating is that no one really knows much about what happens at these speeds. Understand, however, that pushing a wave is one thing, pushing something that has mass at these speeds is (to my knowledge) entirely different and untested.What will happen if both guns are facing each other and we are sitting on object A . Object A and B are going towards each other both with speed of light , and both are going to collide .Actually, it wouldn't.
And that's exactly why the speed of light is considered a limit.
No matter what reference frame you're in, it measures the same.
Object B would appear to be traveling away from you at the speed of light.
At such high speeds, velocities don't add the way they do in our normal, everyday experience.
Harte
What we will see before collision ? What will actually happen ? Any time dilation ? Please explain .
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