Search Results

Brain-to-Brain interfaces (BBIs) are systems that facilitate direct information transmission between two brains via a combination of neuroimaging and neuromodulation technologies. These systems can stimulate one user’s brain based on the neural signals ...

Neural synchronization is considered as an important mechanism for information processing. In addition, based on recent neurophysiologic findings, it is believed that astrocytes regulate the synaptic transmission of neuronal networks. Therefore, the ...

Synchronous oscillations have become a widespread hypothetical “mechanism” to explain how brain dynamics give rise to neural functions. By focusing on synchrony one leaves the phase relations during moments of desynchronous oscillations either without a ...

The world is a dynamic environment hence it is important for the visual system to be able to deploy attention on moving objects and attentively track them. Psychophysical experiments indicate that processes of both attentional enhancement and inhibition ...

We discuss the suppression of collective synchrony in a system of interacting neural groups. The study is motivated by attempts to develop effective techniques for the elimination of pathological brain rhythms in networks involving many distinct brain ...

Spike-sorting often requires subjective interpretation of extracellular waveforms to resolve the underlying neural activity. Often, multiple spike waveforms are detected at one site and interpreted as arising from multiple neurons. Because uncovering ...