Kinetic Energy and Photon Energy Calculation in Pair Production

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SUMMARY

The discussion focuses on the calculation of kinetic energy in pair production, where a photon strikes a stationary electron, resulting in the creation of a positron and an electron. The equation governing this process is photon + e- = e- + Positron + e-. The final particles move with identical momenta in the direction of the initial photon. The user successfully resolved the calculations for the kinetic energy of the three particles and the energy of the photon involved.

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  • Understanding of pair production in particle physics
  • Knowledge of conservation of momentum and energy principles
  • Familiarity with photon energy calculations
  • Basic concepts of particle interactions
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  • Study the principles of conservation of energy in particle physics
  • Learn about the calculations involved in photon energy using E=mc2
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5. A photon of energy E strikes an electron at rest and undergoes pair production,
producing a positron and an electron:

photon + e * = e * + Positron + e *

The two electrons and the positron move off with identical momenta in the direct ion of
the init ial photon. Find the kinet ic energy of the three final particles and find the energy
of the photon.

How to do this? I seem to not get the right answer.
 
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