A large deviation principle for a natural sequence of point processes on a Riemannian two-dimensional manifold
Keywords:
Gibbs measure, Coulomb gas, empirical measure, large deviation principle, interacting particle system, singular potential, two-dimensional Einstein manifold, relative entropy
Abstract
We follow the techniques of Paul Dupuis, Vaios Laschos, and Kavita Ramanan in [8] to prove a large deviation principle for a sequence of point processes dened by Gibbs measures on a compact orientable two- dimensional Riemannian manifold. We see that the corresponding sequence of empirical measures converges to the solution of a partial differential equation and, in some cases, to the volume form of a constant curvature metric.
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How to Cite
García Zelada, D. (2018). A large deviation principle for a natural sequence of point processes on a Riemannian two-dimensional manifold. Pro Mathematica, 30(59), 23-50. Retrieved from https://revistas.pucp.edu.pe/index.php/promathematica/article/view/20244
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