Type: Article
Publication Date: 1992-06-01
Citations: 1
DOI: https://doi.org/10.1142/s0217979292001055
We provide a non-perturbative geometrical characterization of the partition function of ndimensional quantum gravity based on a rough classification of Riemannian geometries. We show that, under natural geometrical constraints, the theory admits a continuum limit with a non-trivial phase structure parametrized by the homotopy types of the class of manifolds considered. The results obtained qualitatively coincide, when specialized to dimension two, with those of two-dimensional quantum gravity models based on random triangulations of surfaces.
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Elisa Manrique Robert Oeckl Axel Weber José A. Zapata |
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+ | Statistical Mechanics: Rigorous Results | 1969 |
David Ruelle |