What is the Anatomy of Compton Scattering?

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SUMMARY

The discussion centers on the anatomy of Compton scattering, specifically addressing the equations and vector diagrams involved in the process. Key points include the initial speed of the electron being zero and the final speed post-collision, with an emphasis on the conservation of momentum. The conversation highlights the lack of equations or graphs that depict the transient states of the electron's speed or acceleration during the scattering event. Participants note that most problems in this area focus on the overall momentum rather than the rapid changes in motion.

PREREQUISITES
  • Understanding of Compton scattering principles
  • Familiarity with conservation of momentum
  • Basic knowledge of vector diagrams in physics
  • Experience with collision problems in mechanics
NEXT STEPS
  • Study the mathematical derivation of Compton's equations
  • Explore advanced topics in conservation of momentum
  • Learn about transient analysis in collision dynamics
  • Investigate graphical representations of particle motion during collisions
USEFUL FOR

Physics students, educators, and researchers interested in particle physics, specifically those studying Compton scattering and momentum conservation in collisions.

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Last edited by a moderator:
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We have the beginning electron speed (zero) and the final speed, is there an equation or graph of the electron's speed (or acceleration) between those two points in time?

Thanks
 
Not that I'm aware of. Most conservation of momentum problems and/or collision problems are dealt with using equations which do not consider transients. For example a bouncing ball experiences very rapid deceleration and acceleration in the opposite direction when it hits the floor. But you don't get many problems which focus on that part of the motion.
 

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