3 citations · 3 across the 3 of their papers we have counts for
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Self-repellent branching random walk
Anton Bovier, Lisa Hartung, Frank den Hollander
We consider a system of particles performing a discrete-time binary branching random walk with independent standard normal increments subject to a penalty $\b$ for every pair of pa…
From 1 to infinity: The log-correction for the maximum of variable-speed branching Brownian motion
Alexander Alban, Anton Bovier, Annabell Gros +1
We study the extremes of variable speed branching Brownian motion (BBM) where the time-dependent "speed functions", which describe the time-inhomogeneous variance, converge to the…
The phase diagram of the complex continuous random energy model: The weak correlation regime
Maximilian Fels, Lisa Hartung, Anton Klimovsky
We identify the fluctuations of the partition function of the continuous random energy model on a Galton-Watson tree in the so-called weak correlation regime. Namely, when the ``sp…
Branching Brownian motion with self repulsion
Anton Bovier, Lisa Hartung
We consider a model of branching Brownian motion with self repulsion. Self-repulsion is introduced via change of measure that penalises particles spending time in an $\e$-neighbour…
Extremes of the 2d scale-inhomogeneous discrete Gaussian free field: Extremal process in the weakly correlated regime
Maximilian Fels, Lisa Hartung
We prove convergence of the full extremal process of the two-dimensional scale-inhomogeneous discrete Gaussian free field in the weak correlation regime. The scale-inhomogeneous di…
Extremes of the 2d scale-inhomogeneous discrete Gaussian free field: Convergence of the maximum in the regime of weak correlations
Maximilian Fels, Lisa Hartung
We continue the study of the maximum of the scale-inhomogeneous discrete Gaussian free field in dimension two. In this paper, we consider the regime of weak correlations and prove…