Papers

arXiv preprint

Entropy production rate is a measure for energy dissipation rate in the cell and quantifies irreversibility. In this preprint, the

Single-celled organisms such as bacteria are able to tune enzyme levels that catalyze the reaction pathways by which they eventually

A new paper by Amsterdam Dynamics member Daniele Avitabile, and collaborators Nikolai Chemetov and Pedro Lima studies well-posedness of solutions

Coupled oscillators with time-delayed network interactions are critical to understand synchronization phenomena in many physical systems. Phase reductions to finite-dimensional

Networks - as mathematical representations of interconnected units -  are relevant in a wide range of real-wold systems, ranging from

Establishing stability and instability of stationary states is a basic requirement for understanding dynamics. Counting the dimension of the unstable

The paper "Hypernetworks: cluster synchronisation is a higher-order effect" (arXiv link) by Sören von der Gracht (University of

Phase reductions yield phase oscillators networks (with or without higher-order interactions) that describe the dynamics of nonlinear oscillator networks. The

Arrhythmia in heart cells is a potentially life-threatening condition. The contraction of cardiac cells is chiefly regulated by calcium, whose