Here we discuss five methodological challenges facing the current cognitive
electrophysiology literature that address the roles of brain oscillations in cognition. The …

Cognitive electrophysiology is a subfield of neuroscience that focused on linking M/EEG
data to aspects of cognition and the neurophysiological processes that produce them. This …

Recently, numerous newel methods have flourished in brain research and cognitive
sciences, increasing our knowledge of the ways in which the human brain processes …

Electroencephalography (EEG) has been instrumental in making discoveries about
cognition, brain function, and dysfunction. However, where do EEG signals come from and …

Publisher Summary The event-related potentials (ERPs) of the brain are wave forms
reflecting brain voltage fluctuations in time. This chapter highlights cognitive …

In the cognitive neuroscience community, there is a strong and growing interest in the
function of oscillatory brain activity. Brain oscillations can readily be detected with MEG …

Electrophysiological data measured by electroencephalography and
magnetoencephalography (MEG) are widely used to investigate human brain activity in …

Noninvasive recordings of electrical and magnetic fields generated by neuronal activity have
helped to characterize the temporal sequencing and mechanisms underlying human …

Event-related potentials (ERPs) provide evidence of a direct link between cognitive events
and brain electrical activity in a wide range of cognitive paradigms. It has generally been …

Averaging of repeated responses to sensory stimuli is the standard approach in cognitive
electrophysiology. This procedure can give rise to inappropriate interpretations in some …