Reggezation. How does it come about?

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SUMMARY

The discussion centers on the concept of reggezation in the context of the BFKL equation, particularly regarding the role of exchanged gluons. Participants express a need for a clear, worked example demonstrating how radiative corrections are represented by reggezized gluons. The conversation highlights a gap in understanding, as many references merely state that "virtual corrections enter via replacing the propagators," without providing concrete examples. The request for explicit illustrations indicates a demand for deeper insights into the application of reggezation in theoretical physics.

PREREQUISITES
  • Understanding of the BFKL equation
  • Familiarity with gluon exchange in quantum field theory
  • Knowledge of virtual corrections in particle physics
  • Basic grasp of reggezation concepts
NEXT STEPS
  • Research specific examples of reggezation in particle interactions
  • Study the derivation and implications of the BFKL equation
  • Explore literature on radiative corrections in quantum field theory
  • Investigate the role of propagators in quantum mechanics
USEFUL FOR

The discussion is beneficial for theoretical physicists, graduate students working on particle physics, and researchers focusing on quantum field theory and its applications.

earth2
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Hey folks,

i am reading about the BFKL equation and came across the reggezation of the exchanged gluons. Now, i understand what reggezation means but i don't see where it enters. Especially since most people simple write "virtual corrections enter via replacing the propagators by bla bla. this is called reggezation".

So what i would like to see i a well-worked example where i can EXPLICITELY see that the radiative corrections are given be reggezised gluons... Does anyone have an idea where i can find that?

Thanks
earth2
 
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I would love to see this as well. (Which is kind of sad because the BFKL equation is part of my likely thesis project and I really should know this stuff... if I manage to figure out I'll post here.)
 

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