Zeta regularization for UV divergences ?

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SUMMARY

Zeta regularization is a method utilized to handle ultraviolet (UV) divergences in quantum field theory. The discussion references a specific paper, arXiv:0906.2418, which presents a treatment of divergent integrals using zeta regularization, particularly in Section 2. The approach involves manipulating divergent series to yield finite results, a technique that is widely accepted in theoretical physics. The validity of this method is supported by similar findings in another document linked in the discussion.

PREREQUISITES
  • Understanding of quantum field theory principles
  • Familiarity with zeta regularization techniques
  • Knowledge of divergent series and their manipulation
  • Basic comprehension of integrals and their convergence properties
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  • Research the implications of zeta regularization in quantum field theory
  • Study the specific methods outlined in arXiv:0906.2418
  • Examine the treatment of divergent integrals in theoretical physics
  • Explore alternative regularization techniques, such as dimensional regularization
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The discussion is beneficial for theoretical physicists, researchers in quantum field theory, and students seeking to understand advanced mathematical techniques for managing UV divergences.

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Zeta regularization for UV divergences ??

I know that zeta regularization makes sense but is this paper correct ?

http://arxiv.org/ftp/arxiv/papers/0906/0906.2418.pdf

watched on arxiv by a chance, there are 2 sections the 'divergent integral' treatment by using zeta regularization is on section 2
 
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http://www.scribd.com/doc/9650858 provided the same results.

i am not an expert but i think he is taking divergent series in order to obtain finite results is this acceptable ??
 

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