Low-Energy Scattering of Black Holes and p-branes in String Theory

TL;DR

This paper explores the low-energy behavior of extremal higher membrane black holes and p-branes in string theory, revealing flat metrics for solutions with worldvolume $6$-symmetry, advancing understanding of their dynamics.

Contribution

It introduces a flat metric for certain extremal black hole and p-brane solutions with $6$-symmetry, based on Manton's multi-soliton approach in string and membrane theories.

Findings

Flat metric found for solutions with $6$-symmetry

Extension of Manton's multi-soliton prescription to membrane black holes

Insights into low-energy dynamics of extremal p-branes

Abstract

We discuss the low-energy dynamics of generalized extremal higher membrane black hole solutions of string theory and higher membrane theories following Manton's prescription for multi-soliton solutions. A flat metric is found for those solutions which possess $\kappa$-symmetry on the worldvolume.