Stringy Quantum Effects in 2-Dimensional Black-Hole
arXiv:hep-th/9210120 · doi:10.1142/S0217732392003128
Abstract
We discuss the classical 2-dim. black-hole in the framework of the non-perturbative formulation (in terms of non-relativistic fermions) of c=1 string field theory. We identify an off-shell operator whose classical equation of motion is that of tachyon in the classical graviton-dilaton black-hole background. The black-hole `singularity' is identified with the fermi surface in the phase space of a single fermion, and as such is a consequence of the semi-classical approximation. An exact treatment reveals that stringy quantum effects wash away the classical singularity.
17p, TIFR/TH/92-63; (v3) tex error corrected
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