Understanding communication and information processing in nervous systems is a central
goal of neuroscience. Over the past two decades, advances in connectomics and network …

The brain is composed of complex networks of interacting neurons that express
considerable heterogeneity in their physiology and spiking characteristics. How does this …

Axonal connections are widely regarded as faithful transmitters of neuronal signals with
fixed delays. The reasoning behind this is that extracellular potentials caused by spikes …

Coupled neuronal oscillators generate a wide range of dynamic activity patterns that drive
various behaviors in animals. A single neural circuit can generate multiple activity patterns …

The brain has a never-ending internal activity, whose spatiotemporal evolution interacts with
external inputs to constrain their impact on brain activity and thereby how we perceive them …

Certain biological systems exhibit both direct and retrograde propagating wave signals,
despite unidirectional neural coupling. However, there is no model to explain this. Therefore …

Phasereduction facilitates the analysis of networks of (weakly) coupled oscillators.
Synchronization regions can be uncovered and also non-trivial network behavior can be …

Abstract (EN) In Parkinson's disease (PD), large parts of the brain transition into states of
enhanced neural synchronization. These phase transitions have been associated with the …