Magnetoencephalographic (MEG) applications in auditory evoked field (AEF) recordings
have demonstrated that both tonotopicity and amplitopicity exist in the auditory cortex. The …

During the last decade, new techniques like color mapping of the potential distribution over
the scalp [Duffy et al., 1979; Desmedí et al., 1987], dipole source localization methods …

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 …

A description is given of the theory and instrumentation involved in measuring magnetic
fields of the brain. The magnetic counterpart of event-related potentials are capable of …

Auditory evoked potentials and magnetic fields of 40–200 ms latencies were measured from
4 patients with temporal lobe infarcts and compared with results from healthy subjects …

Spontaneous magnetoencephalographic activity was recorded with a 24-SQUID
gradiometer over the lateral aspects of the head in 3 healthy adults. All subjects displayed 8 …

The waveforms of the auditory evoked magnetic field in normal-hearing individuals and
patients suffering from tinnitus are distinctly different. In tinnitus patients, the magnetic wave …

Objectives: Magnetoencephalography (MEG) signals are, on theoretical grounds, thought to
be relatively undistorted by the skull in contrast to electroencephalographic (EEG) signals …

Static and 60 Hz magnetic fields, 0.78 gauss, were applied individually and combined to
each of 20 human subjects during 2 sec epochs, and the effect on the EEG was determined …

Simultaneous magnetoencephalographic (MEG) and electroencephalographic (EEG) data
were recorded from six normal adult subjects. MEG signal strength and EEG voltage level …