Multichannel recording technologies have revealed travelling waves of neural activity in
multiple sensory, motor and cognitive systems. These waves can be spontaneously …

Traveling patterns of neuronal activity—brain waves—have been observed across a breadth
of neuronal recordings, states of awareness, and species, but their emergence in the human …

Electrode recordings and imaging studies have revealed that localized visual stimuli elicit
waves of activity that travel across primary visual cortex. Traveling waves are present also …

The spatiotemporal behavior of human EEG oscillations is investigated. Traveling waves in
the alpha and theta ranges are found to be common in both prestimulus and poststimulus …

The theory of coupled phase oscillators provides a framework to understand the emergent
properties of networks of neuronal oscillators. When the architecture of the network is …

The development of voltage-sensitive dyes (VSD) and fast optical imaging techniques have
brought us a new tool for examining spatiotemporal patterns of population neuronal activity …

We propose and empirically support a parsimonious account of intrinsic, brain-wide
spatiotemporal organization arising from traveling waves linked to arousal. We hypothesize …

Spontaneous waves of activity propagating across large cortical areas may play important
roles in sensory processing and circuit refinement. However, whether these waves are in …

Cortical neurons in vivo fire quite irregularly. Previous studies about the origin of such
irregular neural dynamics have given rise to two major models: a balanced excitation and …

Neural oscillations are evident across cortex but their spatial structure is not well-explored.
Are oscillations stationary or do they form “traveling waves”, ie, spatially organized patterns …