On superembedding approach and its possible application in search for SO(32) heterotic five-brane equations

TL;DR

This paper explores the superembedding method for describing D=10, N=1 five-branes and investigates its potential to derive equations of motion for the SO(32) heterotic five-brane, a mysterious object in string theory.

Contribution

It extends the superembedding approach to the SO(32) heterotic five-brane, proposing a new framework for understanding its equations of motion.

Findings

Superembedding describes D=10, N=1 five-branes effectively.

Potential application of superembedding to heterotic five-branes.

Provides a basis for future derivation of heterotic five-brane equations.

Abstract

We elaborate the superembedding description of 'simple' D = 10, N = 1 five-brane and discuss the possible application of the superembedding approach in search for the equations of motion of the mysterious SO(32) heterotic five brane on this basis.