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Research Group Christian Kühn


Link to website at TUM

Christian Kühn

Prof. Dr.

Collaborating PI

Christian Kühn

leads the Multiscale and Stochastic Dynamics at TU Munich.

The research interests of his group are very broad and lie at the interface of differential equations, dynamical systems and mathematical modelling. In terms of application areas, the group works on a wide range of problems in areas such as biophysics, climate science, ecology, epidemiology, fluid dynamics, neuroscience, among others. In the context of machine learning, we are particularly interested in ‘mathematics for ML’, i.e., to try to understand, when AI is efficient and robust, or when it is prone to adversarial attacks. In fact, all machine learning algorithms can be viewed as dynamical systems, e.g., such as DNNs, transformers, etc are basically particle systems on networks. Also training algorithms are iterative mappings leading again to dynamics, e.g., SGD is a stochastic/random dynamical system.

Team members @MCML

PhD Students

Link to website

Sara-Viola Kuntz

Recent News @MCML

Link to Christian Kühn Receives Award From the Mathematics and Environment Foundation

03.07.2026

Christian Kühn Receives Award From the Mathematics and Environment Foundation

His Work Provides Key Approaches to the Early Detection of Climate Risks and Strengthens Interdisciplinary Environmental Research

Publications @MCML

2026


[6]
C. Kühn • J. Yoon
Spectral Selection in Symmetric Self-Attention Dynamics.
Preprint (Apr. 2026). arXiv

[5]
C. KühnS.-V. Kuntz • T. Wöhrer
Universal Approximation Constraints of Narrow ResNets: The Tunnel Effect.
Preprint (Mar. 2026). arXiv GitHub

[4]
C. KühnS.-V. Kuntz
Analysis of the geometric structure of neural networks and neural ODEs via morse functions.
Advances in Computational Mathematics 52.9. Feb. 2026. DOI

2025


[3]
D. Chemnitz • M. Engel • C. KühnS.-V. Kuntz
A Dynamical Systems Perspective on the Analysis of Neural Networks.
Preprint (Jul. 2025). arXiv

[2]
C. KühnS.-V. Kuntz
Analysis of the Geometric Structure of Neural Networks and Neural ODEs via Morse Functions.
DS 2025 - SIAM Conference on Applications of Dynamical Systems. Denver, CO, USA, May 11-15, 2025. arXiv URL


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