Light-Cone Gauge Superstring Field Theory and Dimensional Regularization
arXiv:0906.3577 · doi:10.1088/1126-6708/2009/10/035
Abstract
We propose a dimensional regularization scheme in the light-cone gauge NSR superstring field theory to regularize the divergences caused by the colliding supercurrents inserted at the interaction points. We study the tree amplitudes and show that our scheme actually regularize the divergences. We examine the four-point amplitudes for the NS-NS closed strings and find that the results in the first-quantized theory are reproduced without any counterterms.
20 pages, 3 figures
Cited by in corpus (11)
- Light-Cone Gauge String Field Theory in Noncritical Dimensions
- Multiloop Amplitudes of Light-cone Gauge Bosonic String Field Theory in Noncritical Dimensions
- Light-cone Gauge Superstring Field Theory and Dimensional Regularization II
- Worldsheet theory of light-cone gauge noncritical strings on higher genus Riemann surfaces
- Light-cone Gauge NSR Strings in Noncritical Dimensions
- Multiloop Amplitudes of Light-cone Gauge Superstring Field Theory: Odd Spin Structure Contributions
- Light-cone Gauge NSR Strings in Noncritical Dimensions II -- Ramond Sector
- Spacetime Fermions in Light-cone Gauge Superstring Field Theory and Dimensional Regularization
- Multiloop Amplitudes of Light-cone Gauge NSR String Field Theory in Noncritical Dimensions
- Light-cone Gauge String Field Theory and Dimensional Regularization
- A consistent light-cone-gauge superstring field theory