Document Type
Article
Department
Physics (HMC)
Publication Date
11-2006
Abstract
For a large enough Schwarzschild black hole, the horizon is a region of space where gravitational forces are weak; yet it is also a region leading to numerous puzzles connected to stringy physics. In this work, we analyze the process of gravitational collapse and black hole formation in the context of light-cone M-theory. We find that, as a shell of matter contracts and is about to reveal a black hole horizon, it undergoes a thermodynamic phase transition. This involves the binding of D0 branes into D2’s, and the new phase leads to large membranes of the size of the horizon. These in turn can sustain their large size through back-reaction and the dielectric Myers effect—realizing the fuzzball proposal of Mathur and the Matrix black hole of M(atrix) theory. The physics responsible for this phenomenon lies in strongly coupled 2+1 dimensional noncommutative dynamics. The phenomenon has a universal character and appears generic.
Rights Information
© 2006 American Physical Society
Terms of Use & License Information
DOI
10.1103/PhysRevD.74.106010
Recommended Citation
Anand Murugan and Vatche Sahakian. "Emergence of the fuzzy horizon through gravitational collapse." Phys. Rev. D 74, 106010 (2006). doi: 10.1103/PhysRevD.74.106010
Comments
This article is also available from the American Physical Society at http://link.aps.org/doi/10.1103/PhysRevD.74.106010.