We consider a variation of the Hastings-Levitov model HL(0) for random growth in which the growing cluster consists of two competing regions. We allow the size of successive particles to depend both on the region in which the particle is attached, and the harmonic measure carried by that region. We identify conditions under which one can ensure coexistence of both regions. In particular, we consider whether it is possible for the process giving the relative harmonic measures of the regions to converge to a non-trivial ergodic limit
We study the fluctuations of the outer domain of Hastings–Levitov clusters in the small particle lim...
AbstractThe Hastings–Levitov process HL(α) describes planar random compact subsets by means of rando...
We study a scaling limit associated to a model of planar aggregation. The model is obtained by compo...
We study the anisotropic version of the Hastings-Levitov model AHL$(\nu)$. Previous results have sho...
We consider a variation of the standard Hastings-Levitov model HL(0), in which growth is anisotropic...
We establish some scaling limits for a model of planar aggregation. The model is described by the co...
We study a regularized version of Hastings-Levitov planar random growth that models clusters formed ...
The topic of this thesis is random growth processes. These occur naturally in many real world settin...
We consider a model for planar random growth in which growth on the cluster is concentrated in areas...
We consider a family of growth models defined using conformal maps in which the local growth rate is...
Planar random growth processes occur widely in the physical world. Examples include diffusion-limite...
We study scaling limits of a family of planar random growth processes in which clusters grow by the ...
We evaluate a strongly regularised version of the Hastings-Levitov model HL$(\alpha)$ for $0\leq \al...
We consider a model of planar random aggregation from the ALE$(0,\eta)$ family where particles are a...
This thesis is concerned with introducing competition into random models. It can be observed that th...
We study the fluctuations of the outer domain of Hastings–Levitov clusters in the small particle lim...
AbstractThe Hastings–Levitov process HL(α) describes planar random compact subsets by means of rando...
We study a scaling limit associated to a model of planar aggregation. The model is obtained by compo...
We study the anisotropic version of the Hastings-Levitov model AHL$(\nu)$. Previous results have sho...
We consider a variation of the standard Hastings-Levitov model HL(0), in which growth is anisotropic...
We establish some scaling limits for a model of planar aggregation. The model is described by the co...
We study a regularized version of Hastings-Levitov planar random growth that models clusters formed ...
The topic of this thesis is random growth processes. These occur naturally in many real world settin...
We consider a model for planar random growth in which growth on the cluster is concentrated in areas...
We consider a family of growth models defined using conformal maps in which the local growth rate is...
Planar random growth processes occur widely in the physical world. Examples include diffusion-limite...
We study scaling limits of a family of planar random growth processes in which clusters grow by the ...
We evaluate a strongly regularised version of the Hastings-Levitov model HL$(\alpha)$ for $0\leq \al...
We consider a model of planar random aggregation from the ALE$(0,\eta)$ family where particles are a...
This thesis is concerned with introducing competition into random models. It can be observed that th...
We study the fluctuations of the outer domain of Hastings–Levitov clusters in the small particle lim...
AbstractThe Hastings–Levitov process HL(α) describes planar random compact subsets by means of rando...
We study a scaling limit associated to a model of planar aggregation. The model is obtained by compo...