The chaotic spatio-temporal electrical activity during life-threatening cardiac arrhythmias like
ventricular fibrillation is governed by the dynamics of vortex-like spiral or scroll waves. The …

Life-threatening cardiac arrhythmias are associated with the existence of stable and
unstable spiral waves. Termination of such complex spatio-temporal patterns by local control …

We study the dynamics of two predator–prey systems that are coupled via cross-predation,
in which each predator consumes also the other prey. This setup constitutes a model system …

The origin of species remains one of the most controversial and least understood topics in
evolution. While it is being widely accepted that complete cessation of gene-flow between …

The ecological effects of predator removal and its consequence on prey behavior have been
investigated widely; however, predator removal can also cause contemporary evolution of …

Electrical turbulence in cardiac tissue is associated with arrhythmias such as life-threatening
ventricular fibrillation. Recent experimental studies have shown that a sequence of low …

Rotating excitation waves and electrical turbulence in excitable cardiac tissue are
associated with arrhythmias such as life-threatening ventricular fibrillation. Experimental …

This award-winning thesis investigates the mechanisms underlying cardiac arrhythmia
development and termination from an entirely new perspective. By viewing the heart as a …

In this paper, we identified the best species–area relationship (SAR) models from amongst
28 different models gathered from the literature, using an artificial predator–prey simulation …

The Dutch sugar industry and sugar beet research institute initiated the project SUSY
(Speeding Up Sugar Yield) as a reaction to decreasing beet prices in relation to the reform …