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Putting String/Fivebrane Duality to the Test

J. A. Dixon, M. J. Duff, J. C. Plefka

TL;DR

A five-brane calculation of ${\mathit{X}}_{8}$ is performed and perfect agreement with the string one-loop result is found.

Abstract

According to string/fivebrane duality, the Green-Schwarz factorization of the $D=10$ spacetime anomaly polynomial $I_{12}$ into $X_4\, X_8$ means that just as $X_4$ is the anomaly polynomial of the $d=2$ string worldsheet so $X_8$ should be the anomaly polynomial of the $d=6$ fivebrane worldvolume. To test this idea we perform a fivebrane calculation of $X_8$ and find perfect agreement with the string one--loop result.

Putting String/Fivebrane Duality to the Test

TL;DR

A five-brane calculation of is performed and perfect agreement with the string one-loop result is found.

Abstract

According to string/fivebrane duality, the Green-Schwarz factorization of the spacetime anomaly polynomial into means that just as is the anomaly polynomial of the string worldsheet so should be the anomaly polynomial of the fivebrane worldvolume. To test this idea we perform a fivebrane calculation of and find perfect agreement with the string one--loop result.

Paper Structure

This paper contains 26 equations.