Middle‐latency auditory evoked potentials, indicating early cortical processing, elicited by
pitch changes and repetitions in pure tones and by complex tones with a missing …

THE N1 component of the auditory brain evoked potential was used as a direct
electrophysiological index, to study how the perception of pitch for complex periodic tones …

Two auditory event-related potential components, the supratemporal N1 and the mismatch
negativity (MMN), index traces encoding the missing-fundamental pitch. The present results …

The neural basis of low pitch was investigated in the present study by recording a brainstem
potential from the scalp of human subjects during presentation of complex tones which …

Intracranial event-related potentials (ERPs) were recorded in neurological patients to
infrequent higher-pitch 'deviant'tones and to frequent 'standard'tones when they occurred, in …

One acoustic feature that plays an important role in pitch perception is frequency. Studies on
the processing of frequency in the human and animal brain have shown that the auditory …

Examination of the cortical auditory evoked potentials to complex tones changing in pitch
and timbre suggests a useful new method for investigating higher auditory processes, in …

In this study, synthesised instrumental tones were used to examine human auditory cortical
processes engaged at the end of a period of rapid pitch modulation. It was previously [SJ …

The effects of musical training on the early auditory cortical response to pitch transitions in
music were investigated by use of the change‐N 1 component of auditory event‐related …

Objective: We measured late cortical potentials in a psychophysical procedure for binaural
unmasking of a dichotically-embedded pitch. Methods: Late-latency auditory evoked …