AbstractWe study discrete complex analysis and potential theory on a large family of planar graphs, the so-called isoradial ones. Along with discrete analogues of several classical results, we prove uniform convergence of discrete harmonic measures, Greenʼs functions and Poisson kernels to their continuous counterparts. Among other applications, the results can be used to establish universality of the critical Ising and other lattice models
AbstractA discrete model for analytic functions is constructed using lattice points of the complex p...
AbstractOf concern are complex valued functions defined on the lattice points of the complex plane. ...
The aim of the paper is to formulate a discrete analogue of the claim made by Alvarez-Gaume et al., ...
We study discrete complex analysis and potential theory on a large family of planar graphs, the so-c...
We study discrete complex analysis and potential theory on a large family of planar graphs, the so-c...
AbstractWe study discrete complex analysis and potential theory on a large family of planar graphs, ...
This thesis examines discrete complex analysis and potential theory on isoradial graphs. Isoradial g...
AbstractA discrete model for analytic functions is constructed using lattice points of the complex p...
International audienceTwo discretizations, linear and nonlinear, of basic notions of the complex ana...
We develop further a linear theory of discrete complex analysis on general quad-graphs, extending pr...
22 pagesIsoradial graphs are a natural generalization of regular graphs which give, for many models ...
AbstractOf concern are complex valued functions defined on the lattice points of the complex plane. ...
We expand properties about the discrete potential theory. The lattice functions, take the values onl...
Let S be a flat surface of genus g with cone type singularities. Given a bipartite graph G isoradial...
We expand properties about the discrete potential theory. The lattice functions, take the values onl...
AbstractA discrete model for analytic functions is constructed using lattice points of the complex p...
AbstractOf concern are complex valued functions defined on the lattice points of the complex plane. ...
The aim of the paper is to formulate a discrete analogue of the claim made by Alvarez-Gaume et al., ...
We study discrete complex analysis and potential theory on a large family of planar graphs, the so-c...
We study discrete complex analysis and potential theory on a large family of planar graphs, the so-c...
AbstractWe study discrete complex analysis and potential theory on a large family of planar graphs, ...
This thesis examines discrete complex analysis and potential theory on isoradial graphs. Isoradial g...
AbstractA discrete model for analytic functions is constructed using lattice points of the complex p...
International audienceTwo discretizations, linear and nonlinear, of basic notions of the complex ana...
We develop further a linear theory of discrete complex analysis on general quad-graphs, extending pr...
22 pagesIsoradial graphs are a natural generalization of regular graphs which give, for many models ...
AbstractOf concern are complex valued functions defined on the lattice points of the complex plane. ...
We expand properties about the discrete potential theory. The lattice functions, take the values onl...
Let S be a flat surface of genus g with cone type singularities. Given a bipartite graph G isoradial...
We expand properties about the discrete potential theory. The lattice functions, take the values onl...
AbstractA discrete model for analytic functions is constructed using lattice points of the complex p...
AbstractOf concern are complex valued functions defined on the lattice points of the complex plane. ...
The aim of the paper is to formulate a discrete analogue of the claim made by Alvarez-Gaume et al., ...