Schwarzchild Black Holes in Matrix Theory II
T.Banks (Rutgers U.), W.Fischler (U. Texas, Austin), I.R.Klebanov, (Princeton U.), L.Susskind (Stanford U.)
TL;DR
This paper proposes a Matrix Theory model for Schwarzschild black holes in higher uncompactified dimensions, capturing their size, entropy, and interactions through a Boltzmann gas of D0 branes, introducing novel theoretical features.
Contribution
It introduces a new Matrix Theory model for higher-dimensional Schwarzschild black holes using a Boltzmann gas of D0 branes, leveraging previously unused features of Matrix Theory.
Findings
Model accounts for black hole size and entropy
Describes long-range interactions of black holes
Utilizes a Boltzmann gas of D0 branes
Abstract
We present a crude Matrix Theory model for Schwarzchild black holes in uncompactified dimension greater than . The model accounts for the size, entropy, and long range state interactions of black holes. The key feature of the model is a Boltzmann gas of D0 branes, a concept which depends on certain qualitative features of Matrix Theory which have not previously been utilized in studies of black holes.
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