Radiative corrections in 5D and 6D expanding in winding modes

Abstract

We compute radiative corrections in five and six dimensional field theories, using winding modes in mixed momentum-coordinate space. This method provides a simple way of finding UV divergencies, finite corrections and localized terms when the space is compactified on orbifolds. As an application we compute the finite piece of scalar masses, the logarithmic contributions to the couplings and the effect of localized parallel and perpendicular kinetic terms. We apply it to get a two loop effective potential that can stabilize large extra dimensions.

LaTex file, 18 pages, 9 figures; added references and corrected typos

References in corpus (4)

• Bulk fields with general brane kinetic terms
• Radiative Corrections with 5D Mixed Position-/Momentum-space Propagators
• Can power corrections be reliably computed in models with extra dimensions?
• New Ideas in Symmetry Breaking

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