Detectable magnetic fields are associated with electrical activity in the brain that may be
evoked by sensory stimuli. Neuromagnetic fields as weak as 20 femtotesla can be studied …

We have attempted to define the late components of the event-related magnetic field (ERF)
and to relate them to the late components of the event-related electrical potential (ERP) …

Magnetoencephalography (MEG) is the recording of magnetic fields generated by the brain.
Since 1968, when the first observations of alpha rhythm were made, there have been …

Magnetoencephalography provides a new dimension to the functional imaging of the brain.
The cerebral magnetic fields recorded noninvasively enable the accurate determination of …

Abstract Evoked potentials to brief 1,000-Hz tones presented to either the left or the rightear
were recorded from 30 electrodes arrayed over the head. These recordings were submitted …

Provides an overview of the field of neuromagnetism for event-related potential (ERP)
researchers and illustrates the relevance of work on evoked neuromagnetic fields to studies …

Auditory evoked magnetic fields (AEFs) were recorded from 10 healthy younger and 10
older subjects using a whole-head magnetometer. Two blocks of tone pips were presented …

A critical presentation is given about the state-of-the-art of neuromagnetism, the study of
neural functions by the measurement of magnetic fields. First, an introduction is given about …

To determine if interaural time differences (ITDs) in binaural stimuli affect the middle-latency
auditory evoked fields (AEFs) in the same manner as they affect the N100m deflection …