Time Dilation: Can You Chase Something Too Fast?

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SUMMARY

The discussion centers on the concept of time dilation in the context of two objects traveling at different speeds. Specifically, it addresses whether a faster object traveling at near light speed can fail to catch up to a slower object moving at sublight speed due to time dilation effects. The consensus is that as long as both objects are traveling below the speed of light, the faster object will eventually catch up to the slower one, as the frame of reference confirms that the slower object is moving towards the faster object.

PREREQUISITES
  • Understanding of special relativity principles
  • Familiarity with the concept of time dilation
  • Knowledge of frames of reference in physics
  • Basic grasp of sublight and near light speed travel
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  • Study the principles of special relativity in detail
  • Explore the mathematical formulation of time dilation
  • Learn about frames of reference and their implications in physics
  • Investigate real-world applications of near light speed travel concepts
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Students of physics, educators teaching relativity, and anyone interested in the implications of high-speed travel on time perception and motion.

i.h87
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Forgive me if this has already been asked as I'm trying to understand this, but I can't seem to find the right info..

Basically, what I want to know is if it is possible to chase something so fast that you won't catch it due to time dilation. If an object is traveling at a low sublight speed and another object is following the same path at a near light speed can time dilation make it so that the faster object never catches up to the slower object, or is this nullified because traveling on the same path gives them the same frame of reference?
 
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i.h87 said:
Basically, what I want to know is if it is possible to chase something so fast that you won't catch it due to time dilation. If an object is traveling at a low sublight speed and another object is following the same path at a near light speed can time dilation make it so that the faster object never catches up to the slower object

No. As long as both objects are traveling at less than the speed of light, the faster object will always catch up to the slower one eventually.

i.h87 said:
or is this nullified because traveling on the same path gives them the same frame of reference?

I'm not sure what you mean by this, but the reason the faster object will catch up is that, if you look at things in the frame in which that object is at rest, the slower object is moving *towards* the faster object in that frame.
 

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