Archiv: Stochastik Rhein-Main

01.11.2018 Oberseminar Darmstadt

Dr. Dirk Zeindler (Lancaster University)

Random permutations with logarithmic cycle weights

31.01.2019 Oberseminar Darmstadt

Steffen Dereich (Universität Münster)

Quasi-processes for branching Markov chains

12.06.2025 Oberseminar Darmstadt

Bas Lodewijks (Universität Augsburg)

Preferential Attachment trees with Vertex Death: Persistence of the Maximum Degree

09.11.2023 Oberseminar Darmstadt

Alexander Glazman (Universität Innsbruck)

Potts model at the transition point: continuity vs wetting

05.12.2019 Oberseminar Darmstadt

Lorenzo Taggi (WIAS Berlin)

Phase transition in lattice permutations and uniformly positive correlations in the dimer model in Zd, d > 2, via reflection positivity

20.06.2024 Oberseminar Darmstadt

Tejas Iyer (WIAS Berlin)

Persistent hubs in generalised preferential attachment trees

16.11.2017 Oberseminar Darmstadt

Kay Hamacher (TU Darmstadt / FB Biologie)

Permutation Tests, Resampling and the like in Biostatistics

30.11.2017 Oberseminar Darmstadt

David Dereudre (Université Lille 1)

Path-dependent infinite-dimensional SDE with non-regular drift: an existence result

17.07.2025 Oberseminar Darmstadt

Ulrik Hansen (Universität Innsbruck)

One Theorem, 16 Couplings

05.02.2026 Oberseminar Darmstadt

Christian Brennecke (Universität Bonn)

On the Leading Order Term of the Lattice Yang-Mills Free Energy

03.07.2025 Oberseminar Darmstadt

Jochen Blath (Goethe-Universität Frankfurt)

On the evolutionary, ecological and pathogenic consequences of dormancy - recent progress and open challenges

17.11.2016 Oberseminar Darmstadt

Benjamin Lees (University of Leeds)

Néel order using a random loop model

06.06.2019 Oberseminar Darmstadt

Benjamin Lees (University of Leeds)

Monotonicity of correlations for general loop soups

01.06.2023 Oberseminar Darmstadt

Ercan Sönmez (Universität Klagenfurt)

Mixed fractional stochastic differential equations

03.11.2022 Oberseminar Darmstadt

Alexandra Quitmann (WIAS Berlin)

Macroscopic loops in interacting random walk loop soups

25.10.2018 Oberseminar Darmstadt

Dr. Christian Mönch (Johannes Gutenberg-Universität Mainz)

Lower tail bounds for local times of self-similar processes.

08.12.2016 Oberseminar Darmstadt

Konrad Kolesko (Technische Universität Darmstadt)

Local behaviour of critical cascade measures

11.01.2024 Oberseminar Darmstadt

Christian Mönch (JGU Mainz)

Inhomogenous long-range percolation in the weak decay regime

21.12.2017 Oberseminar Darmstadt

Sebastian Schwinn (TU Darmstadt)

Improving the performance of polling models using forced idle times

25.11.2021 Oberseminar Darmstadt

Chiranjib Mukherjee (Universität Münster)

Geometry of the Gaussian multiplicative chaos in the Wiener space

Archiv Oberseminar Darmstadt

Events

Random permutations with logarithmic cycle weights

Quasi-processes for branching Markov chains

Preferential Attachment trees with Vertex Death: Persistence of the Maximum Degree

Potts model at the transition point: continuity vs wetting

Phase transition in lattice permutations and uniformly positive correlations in the dimer model in Zd, d > 2, via reflection positivity

Persistent hubs in generalised preferential attachment trees

Permutation Tests, Resampling and the like in Biostatistics

Path-dependent infinite-dimensional SDE with non-regular drift: an existence result

One Theorem, 16 Couplings

On the Leading Order Term of the Lattice Yang-Mills Free Energy

On the evolutionary, ecological and pathogenic consequences of dormancy - recent progress and open challenges

Néel order using a random loop model

Monotonicity of correlations for general loop soups

Mixed fractional stochastic differential equations

Macroscopic loops in interacting random walk loop soups

Lower tail bounds for local times of self-similar processes.

Local behaviour of critical cascade measures

Inhomogenous long-range percolation in the weak decay regime

Improving the performance of polling models using forced idle times

Geometry of the Gaussian multiplicative chaos in the Wiener space

Überblick

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