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The abstracts must be written in LaTeX using the template downloadable below and must be submitted electronically via the following Google Form before February, 7.
Abstracts
Romain Abraham: Local limit of Galton-Watson trees conditioned on large sub-populations. [Slides]
Gerold Alsmeyer: Power fractional laws in branching models. [Slides]
Tibor Antal: Sequential mutations in exponentially growing populations. [Slides]
Frank Ball: An epidemic model with short-lived mixing groups. [Slides]
Mátyás Barczy: On distributions of jumps of multi-type CBI processes. [Slides]
Sergey Bocharov: Limit theorems for edges in continuous-time Galton-Watson trees. [Slides]
Carlos A. Braumann: Individual growth: Detection of different sources of variability using a hierarchical class of SDE models. [Slides]
Peter Braunsteins: Consistent estimation for population-size-dependent branching processes. [Slides]
Pavel Chigansky: Approximation of density-dependent branching processes. [Slides]
Jean-François Delmas: Conditioning Lévy trees by their maximal degree. [Slides]
Giacomo Francisci: Tree-indexed autoregressive processes. [Slides]
Antonio Gómez Corral: Level-dependent quasi-birth-death processes with applications in epidemics. [Slides]
Miguel González: Diffusion approximation of critical controlled multi-type branching processes. [Slides]
Simon C. Harris: Genealogies of samples from stochastic population models. [Slides]
Ollivier Hyrien: Clonal Dynamics Described by Multitype Age-Dependent Branching Processes with Non-Homogeneous Immigration. [Slides]
Márton Ispány: Branching process modeling of count time series. [Slides]
James Kerlidis: On the non-existence of consistent estimates in controlled branching processes. [Slides]
Peter Kevei: Branching processes in nearly degenerate varying environment. [Slides]
Marek Kimmel: Branching processes with denumerable collections of types inspired by models of cell evolution in cancer. [Slides]
Nathalie Krell: Branching processes and bacterial growth. [Slides] [Video]
José Alfredo López Mimbela: Some recent results on the occupation time fluctuations of branching particle systems. [Slides]
Bastien Mallein: Malthusian exponent and survival of a reinforced Galton-Watson process. [Slides]
Pedro Martín-Chávez: On the limit distribution of (sub)critical non-local spatial branching processes with immigration [Slides]
Carmen Minuesa: Approximate Bayesian computation approach for inference on the maximal offspring and parameters in controlled branching processes. [Slides]
Manuel Molina: Mathematical modeling through discrete time two-sex branching processes [Slides]
Peter Olofsson: Some Thoughts on Crack Branching. [Slides]
Inés del Puerto: Large Deviation results for Controlled Branching Processes
Víctor Rivero: Ray Knight Theorems for Spectrally Negative Lévy Processes. [Slides]
Serik Sagitov: A multitype Galton-Watson model for rejuvenating cells. [Slides]
Maroussia Slavtchova-Bojkova: Multitype Branching Processes with Time-Dependent Immigration. [Slides]
Vladimir Vatutin: Critical branching processes in extremely non-favorable random environment.
Anand Vidyashankar: Athreya's contributions to Probability and Statistics [Slides]
Denis Villemonais: Binary branching processes with Moran type interactions. [Slides]
Alexander Watson: Growth-fragmentation and quasi-stationary methods. [Slides]
Sumit Kumar Yadav: Coalescence in Bisexual Branching Processes. [Slides]
Elena Yarovaya: Limit behavior of multi-type branching random walks in different branching environments. [Slides]
Yerakhmet Zhumayev: Galton-Watson theta-processes in a varying environment. [Slides]
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