The discovery of a stable, whole-brain functional connectivity organization that is largely
independent of external events has drastically extended our view of human brain function …

We present both a scientific overview and conceptual positions concerning the challenges
and assets of electrophysiological measurements in the search for the nature and functions …

Optically-pumped magnetometers (OPMs) offer the potential for a step change in
magnetoencephalography (MEG) enabling wearable systems that provide improved data …

Recent years have shown the critical importance of inter-regional neural network
connectivity in supporting healthy brain function. Such connectivity is measurable using …

Oscillatory power and phase synchronization map neuronal dynamics and are commonly
studied to differentiate the healthy and diseased brain. Yet, little is known about the course …

Systematic spatial variation in micro-architecture is observed across the cortex. These micro-
architectural gradients are reflected in neural activity, which can be captured by …

Whole-brain neural communication is typically estimated from statistical associations among
electromagnetic or haemodynamic time-series. The relationship between functional network …

Neuronal oscillations exist across a broad frequency spectrum, and are thought to provide a
mechanism of interaction between spatially separated brain regions. Since ongoing mental …

Neural oscillations dominate electrophysiological measures of macroscopic brain activity
and fluctuations in these rhythms offer an insightful window on cortical excitation, inhibition …

We present the first evidence for vascular regulation driving fMRI signals in specific
functional brain networks. Using concurrent neuronal and vascular stimuli, we collected 30 …