What Happens to an Object Rotating Near Light Speed When It Suddenly Stops?

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SUMMARY

When an object rotates at speeds approaching light velocity and then suddenly stops, its behavior is influenced by relativistic effects. While an outside observer perceives the object as undergoing "shrinkage," this contraction does not occur in the object's own frame of reference. The discussion highlights that the outcome of such a scenario depends on the object's properties and the specific velocity at which it was rotating.

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gempalsaurus
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assume we have a rotating thing that can rotate at a speed near the light velocity
then when that thing is rotating at its full speed, suddenly it stopped

i know that if a thing moves near light velocity, it would shrink right? then what will happen to that thing? is that explode?



CMIIW
 
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It depends on the thing and the velocity.
 
i know that if a thing moves near light velocity, it would shrink right? then what will happen to that thing? is that explode?

The "shrinkage" is in the frame of an outside observer. The thing itself does not shrink in its own coordinate system.
 

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