TL;DR
This paper explores the representation of extremal black holes with nonzero entropy in M-theory using matrix models, analyzing their properties and proposing a new measure for their internal density.
Contribution
It introduces a novel approach to model extremal black holes in matrix models and discusses their dynamics and internal structure.
Findings
Matrix models can represent extremal black holes with nonzero entropy.
Zero-brane probes reveal specific properties of these black holes.
A new measure for internal density of black holes is proposed.
Abstract
Four and five dimensional extremal black holes with nonzero entropy have simple presentations in M-theory as gravitational waves bound to configurations of intersecting M-branes. We discuss realizations of these objects in matrix models of M-theory, investigate the properties of zero-brane probes, and propose a measure of their internal density. A scenario for black hole dynamics is presented.
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