We discuss uniform infinite causal triangulations and equivalence to the size biased branching process measure - the critical Galton-Watson branching process distribution conditioned on non-extinction. Using known results from the theory of branching processes, this relation is used to prove weak convergence of the joint length-area process of a uniform infinite causal triangulations to a limiting diffusion. The diffusion equation enables us to determine the physical Hamiltonian and Green's function from the Feynman-Kac procedure, providing us with a mathematical rigorous proof of certain scaling limits of causal dynamical triangulations
We are interested in the genealogical structure of alleles for a Bienaymé-Galton-Watson branching pr...
AbstractAllowing an offspring probability distribution that has infinite variances, we establish the...
A multiplicative stochastic measure diffusion process is the continuous analogue of an infinite part...
We discuss uniform infinite causal triangulations (UICT) and Gibbs causal triangulations which are p...
International audienceWe establish a general sufficient condition for a sequence of Galton–Watson br...
We introduce a growth process which samples sections of uniform infinite causal triangulations by el...
AbstractTwo diffusions are derived as the limits in finite dimensional distributions of appropriatel...
The search for typical length scales, eventually diverging at a critical point, is a major goal for ...
Renormalized sequences of Galton Watson processes converge to Continuous State Branching Processes (...
Our motivation comes from the large population approximation of individual based models in populatio...
29 pagesInternational audienceA continuous-time particle system on the real line verifying the branc...
<div><p>The theory of finite-size scaling explains how the singular behavior of thermodynamic quanti...
The theory of finite-size scaling explains how the singular behavior of thermodynamic quantities in ...
A critical spatially homogeneous measure-valued branching process in Rd is studied where the initial...
The theory of finite-size scaling explains how the singular behavior of thermodynamic quantities in ...
We are interested in the genealogical structure of alleles for a Bienaymé-Galton-Watson branching pr...
AbstractAllowing an offspring probability distribution that has infinite variances, we establish the...
A multiplicative stochastic measure diffusion process is the continuous analogue of an infinite part...
We discuss uniform infinite causal triangulations (UICT) and Gibbs causal triangulations which are p...
International audienceWe establish a general sufficient condition for a sequence of Galton–Watson br...
We introduce a growth process which samples sections of uniform infinite causal triangulations by el...
AbstractTwo diffusions are derived as the limits in finite dimensional distributions of appropriatel...
The search for typical length scales, eventually diverging at a critical point, is a major goal for ...
Renormalized sequences of Galton Watson processes converge to Continuous State Branching Processes (...
Our motivation comes from the large population approximation of individual based models in populatio...
29 pagesInternational audienceA continuous-time particle system on the real line verifying the branc...
<div><p>The theory of finite-size scaling explains how the singular behavior of thermodynamic quanti...
The theory of finite-size scaling explains how the singular behavior of thermodynamic quantities in ...
A critical spatially homogeneous measure-valued branching process in Rd is studied where the initial...
The theory of finite-size scaling explains how the singular behavior of thermodynamic quantities in ...
We are interested in the genealogical structure of alleles for a Bienaymé-Galton-Watson branching pr...
AbstractAllowing an offspring probability distribution that has infinite variances, we establish the...
A multiplicative stochastic measure diffusion process is the continuous analogue of an infinite part...