UV/IR Mixing in Noncommutative Field Theory via Open String Loops
arXiv:hep-th/0003145 · doi:10.1016/S0550-3213(00)00430-2
Abstract
We explicitly evaluate one-loop (annulus) planar and nonplanar open string amplitudes in the presence of the background NS-NS two-form field. In the decoupling limit of Seiberg and Witten, we find that the nonplanar string amplitudes reproduce the UV/IR mixing of noncommutative field theories. In particular, the investigation of the UV regime of the open string amplitudes shows that certain IR closed string degrees of freedom survive the decoupling limit as previously predicted from the noncommutative field theory analysis. These degrees of freedom are responsible for the quadratic, linear and logarithmic IR singularities when the D-branes embedded in space-time have the codimension zero, one and two, respectively. The analysis is given for both bosonic and supersymmetric open strings.
15 pages, 3 eps figures; v2. An error in gauge boson amplitudes corrected and now they are identical to the ones in hep-th/0003180
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- IR Dynamics from UV Divergences: UV/IR Mixing, NCFT, and the Hierarchy Problem
- Canonical Quantization of Noncommutative Field Theory
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- Aspects of Open-Closed Duality in a Background B-Field
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- Aspects of Open-Closed Duality in a Background B-Field II
- UV/IR Mixing in Noncommutative Field Theories and Open Closed String Duality
- Unitarity of noncommutative field theories from string theory
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- Stretched strings and worldsheets with a handle
- Multiloop Noncommutative Open String Theory and their QFT limit
- One-loop unitarity of string theories in a constant external background and their Seiberg-Witten limit