Worldvolume and target space anomalies in the D=10 super--fivebrane sigma--model
arXiv:hep-th/9603094 · doi:10.1016/0550-3213(96)00312-4
Abstract
The fields of the conjectured ``heterotic" super--fivebrane sigma--model in ten dimensions are made out of a well known gravitational sector, the and the , and of a still unknown heterotic sector which should be coupled to the Yang--Mills fields. We compute the one--loop worldvolume and target space Lorentz--anomalies which arise from the gravitational sector of the heterotic super--fivebrane sigma--model, using a method which we developed previously for the Green--Schwarz heterotic superstring. These anomalies turn out to carry an overall coefficient which is of that required by the string/fivebrane duality conjecture. As a consequence the worldvolume anomaly vanishes if the heterotic fields consist of 16 (rather than 32) complex Weyl fermions on the worldvolume. This implies that the string/fivebrane duality conjecture can not be based on a ``heterotic" super--fivebrane sigma--model with only fermions in the heterotic sector. Possible implications of this result are discussed.
20 pages, Plain TeX, no figures
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- The Non-Perturbative SO(32) Heterotic String
- The cancellation of worldsheet anomalies in the D=10 Green--Schwarz heterotic string sigma--model
- NS5-branes in IIA supergravity and gravitational anomalies
- Quantum properties of the heterotic five-brane