Magnetoencephalographic (MEG) averaged auditory evoked fields to click stimuli (N= 512)
were recorded with an asymmetric second derivative SQUID gradiometer located in an …

Auditory evoked magnetic fields (AEFs) and EEG auditory evoked potentials (AEPs) were
recorded from the right hemisphere of 24 normal subjects. MEG and EEG recordings were …

Magnetic auditory evoked fields (MAEFs) were recorded from the left hemisphere of 7
normal human subjects in response to 512 binaural click stimuli. The instrument was a figure …

Small but reproducible and consistent auditory evoked magnetic fields have been obtained
for 6 male subjects. These fields exhibit features with a clear spatial symmetry which can be …

We recorded middle-latency auditory evoked magnetic fields from 9 healthy subjects with a
122-channel whole-head SQUID gradiometer. The stimuli were click triplets, 2.5 msec in …

Auditory evoked cortical magnetic fields are recorded from human subjects by means of a
SQUID gradiometer. The spatial and temporal distributions of the averaged evoked fields …

We presented 30 msec sinusoidal tone bursts to the subject's left ear once every 1300 msec.
The number of standard tones (1000 Hz) between deviants (1030 Hz) varied randomly from …

We recorded auditory evoked magnetic fields in response to 128 15 msec duration 1 kHz
tone pips from both hemispheres of 6 normal adult males. Auditory evoked potentials were …

We report the results of two experiments comparing the amplitude of MEG auditory evoked
fields (AEFs) and EEG auditory evoked potentials (AEPs) to tone, click and white noise …

Auditory evoked magnetic fields in relation to the bandwidth of bandpass noise were
examined by magnetoencephalography (MEG). Pure tone and bandpass noises with center …