paper

Towards unified theory of gravity

arXiv:hep-th/9201013 · doi:10.1016/0550-3213(92)90521-C

Abstract

We introduce a new 1-matrix model with arbitrary potential and the matrix-valued background field. Its partition function is a -function of KP-hierarchy, subjected to a kind of -constraint. Moreover, partition function behaves smoothly in the limit of infinitely large matrices. If the potential is equal to , this partition function becomes a -function of -reduced KP-hierarchy, obeying a set of -algebra constraints identical to those conjectured in \cite{FKN91} for double-scaling continuum limit of -matrix model. In the case of the statement reduces to the early established \cite{MMM91b} relation between Kontsevich model and the ordinary quantum gravity . Kontsevich model with generic potential may be considered as interpolation between all the models of quantum gravity with preserving the property of integrability and the analogue of string equation.

67 pages (October 1991)

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