It is well known that the location of the source of cortical auditory evoked responses, which
can be determined neuromagnetically in humans using the concept of an equivalent current …

Hemispheric asymmetries during auditory sensory processing were examined using whole-
head magnetoencephalographic recordings of auditory evoked responses to monaurally …

In this study we applied synthetic aperture magnetometry (SAM) to investigate active cortical
areas associated with magnetically recorded transient and steady-state auditory evoked …

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

During speech perception, acoustic correlates of syllable structure and pitch periodicity are
directly reflected in electrophysiological brain activity. Magnetoencephalography (MEG) …

In 20 healthy subjects, auditory evoked magnetic fields were measured over the entire head,
using a helmet-shaped 66-channel MEG system linked to MRI. When the left or right ear was …

Magnetic responses to frequent and infrequent auditory stimuli, all presented in the same
stimulus block in randomized order, were recorded. The standard stimuli, comprising 90% of …

Steady-state responses (SSRs) or steady-state fields (SSFs) show maximum amplitude
when tone pulses are presented at repetition rates near 40 Hz. This result has led to the …

This review will focus on investigations of the auditory evoked neuromagnetic field
component, the M100, detectable in the magnetoencephalogram recorded during …

The steady‐state auditory evoked magnetic field and the Pbm, the magnetic counterpart of
the second frontocentrally positive middle latency component of the transitory auditory …