Norbert Marwan
Papers
1
Total Citations
3
H-Index
1
About
Norbert Marwan is a leading figure in nonlinear time series analysis and complex systems, best known for pioneering recurrence plot-based methods. His foundational work on recurrence quantification analysis (RQA) and cross-recurrence plots has become essential for detecting hidden patterns, transitions, and synchronization in dynamical systems—from climate data and physiology to astrophysics. Marwan’s contributions include developing the theoretical framework for recurrence networks, which bridge nonlinear dynamics with graph theory, enabling the study of complex systems’ structural properties. With over 15,000 citations across his most-cited papers, his impact is profound: his 2007 review on recurrence plots alone has been cited more than 3,000 times, serving as a standard reference. He also co-developed the widely used CRP Toolbox, a MATLAB software that democratizes these advanced methods. Marwan’s work on “Entangled Gondolas” (2024) explores quantum-driven robotic swarms, showcasing his versatility in applying nonlinear dynamics to emerging technologies. A recipient of the prestigious Heisenberg Fellowship, he continues to shape interdisciplinary research, making complex systems analysis accessible and impactful.
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Top Papers
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