Cognitive event-related potentials (ERPs) have been used to aid in the interpretation of
findings that children with Attention Deficit Disorder (ADD) make more errors and react more …

Pioneering human and animal research has yielded a better understanding of the brain
networks involved in somatosensory perception and decision making. New methodical …

The neurophysiological mechanisms underlying mismatch negativity (MMN) can be inferred
from an examination of some of the brain generators involved in the process of this event …

Event-related brain potentials (ERPs) were recorded while subjects silently read several
prose passages, presented one word at a time. Semantic anomalies and various …

Three experiments investigating the effects of response production and inhibition on the N2
and P3 components of the ERP are reported. In the first experiment, 12 young female …

Event-related potentials were recorded from 537 sites in the superior temporal plane and
parietal lobe of 41 patients. Depth electrodes were implanted to localize seizure origin prior …

Evoked potentials (EPs) were used to help identify the timing, location, and intensity of the
information-processing stages applied to faces and words in humans. EP generators were …

As cognitive neuroscientists, we do our research not only in the hopes of answering a
specific question, but also in an effort to make a significant contribution to our understanding …

Event‐related potentials were studied while subjects performed physical and semantic
discrimination tasks. Two negative components, NA and N2, were observed in both kinds of …

Several different negative potentials elicited in auditory perceptual tasks make spatially and
temporally overlapping contributions to the scalp-recorded event-related potential. Frequent …