On the connection between Quantum Mechanics and the geometry of two-dimensional strings
arXiv:hep-th/9109027 · doi:10.1016/0370-2693(91)91829-K
Abstract
On the basis of an area-preserving symmetry in the phase space of a one-dimensional matrix model - believed to describe two-dimensional string theory in a black-hole background which also allows for space-time foam - we give a geometric interpretation of the fact that two-dimensional stringy black holes are consistent with conventional quantum mechanics due to the infinite gauged `W-hair' property that characterises them.
19 pages
Cited by in corpus (23)
- W-symmetry in Conformal Field Theory
- String Theory Modifies Quantum Mechanics
- Testing Quantum Mechanics in the Neutral Kaon System
- w_{\infty} Algebras, Conformal Mechanics, and Black Holes
- Nonlinear Current Algebra in the SL(2,R)/U(1) Coset Model
- Two Dimensional Stringy Black Holes with One Asymptotically Flat Domain
- On the Evaporation of Black Holes in String Theory
- Black hole formation in String Field Theory
- Measuring the -hair of String Black Holes
- The Origin of Space-Time as Symmetry Breaking in String Theory
- Is it possible to recover information from the black-hole radiation?
- An Infinite Dimensional Symmetry Algebra in String Theory
- Low Energy Implications of Minimal Superstring Unification
- Infinitely Coloured Black Holes
- From to the LSP Detection Rates in Minimal String Unification Models
- Time-dependent perturbations in two-dimensional String Black Holes
- Rational algebras from composite operators
- World-Sheet Duality, Space-Time Foam, and the Quantum Fate of a Stringy Black Hole
- Sparticle and Higgs masses within minimal string unification
- On the KP Hierarchy, Algebra, and Conformal SL(2,R)/U(1) Model: I. The Classical Case
- Spacetime Diffeomorphisms and Topological W-Infinity Symmetry in Two Dimensional Topological String Theory
- The String Universe: High Superconductor or Quantum Hall Conductor?
- Supersymmetric Sum Rules In Minimal Superstring Unification