Topological branes, p-algebras and generalized Nahm equations

TL;DR

This paper generalizes Nahm equations using p-algebras, constructs related topological quantum mechanics, and links these to M2-M5 systems, offering new insights into algebraic structures in M-theory.

Contribution

It introduces a framework for topological p-algebra quantum mechanics derived from generalized Nahm equations for arbitrary p-algebras.

Findings

Construction of topological p-algebra quantum mechanics

Relation established between p-brane theories and p-algebras

Geometrical explanation for 3-algebra emergence in M2-M5 systems

Abstract

Inspired by the recent advances in multiple M2-brane theory, we consider the generalizations of Nahm equations for arbitrary p-algebras. We construct the topological p-algebra quantum mechanics associated to them and we show that this can be obtained as a truncation of the topological p-brane theory previously studied by the authors. The resulting topological p-algebra quantum mechanics is discussed in detail and the relation with the M2-M5 system is pointed out in the p=3 case, providing a geometrical argument for the emergence of the 3-algebra structure in the Bagger-Lambert-Gustavsson theory