Centre of mass velocity special relativity

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SUMMARY

The ZMF (Zero Momentum Frame) velocity in special relativity is defined as the total momentum of a system divided by its total energy, specifically in units where the speed of light, c, is set to 1. This relationship arises from the principles of relativistic momentum and energy conservation. Understanding this concept is crucial for analyzing systems in high-energy physics and relativistic mechanics.

PREREQUISITES
  • Special relativity principles
  • Relativistic momentum equations
  • Energy conservation in physics
  • Units of measurement in relativistic contexts
NEXT STEPS
  • Study the derivation of relativistic momentum and energy equations
  • Explore the implications of setting c=1 in theoretical physics
  • Investigate applications of the ZMF in particle physics
  • Learn about the Lorentz transformations and their role in special relativity
USEFUL FOR

Physicists, students of theoretical physics, and anyone interested in the applications of special relativity in high-energy systems.

Physgeek64
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Why is it that the ZMF velocity is given by the total momentum of the system divided by the total energy?

Many thanks :)
 
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That would be in units where c=1.
 
Simon Bridge said:
That would be in units where c=1.

Even so, where does this result come from?
 

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