We used easily distinguishable stimuli of faces and houses constituted from straight lines,
with the aim of learning whether they activate V1 on the one hand, and the specialized areas …

We here extend and complement our earlier time-based, magneto-encephalographic
(MEG), study of the processing of forms by the visual brain (Shigihara and Zeki,) with a …

The early dissociation in cortical responses to faces and objects was explored with
magnetoencephalographic (MEG) recordings and source localization. To control for …

To investigate the time sequence of the neural processes underlying face perception,
magnetoencephalography was performed using a seeing-as-face task, in which visual …

Most neuroimaging studies on face processing used centrally presented images with a
relatively large visual field. Images presented in this way activate widespread striate and …

Rapid and accurate recognition of faces and places is crucial in everyday life.
Magnetoencephalography (MEG) studies have demonstrated that the human visual system …

Are the mechanisms for face perception selectively involved in processing faces per se, or
do they also participate in the processing of any class of visual stimuli that share the same …

The adult human brain appears to have specialized and independent neural systems for the
visual processing of faces and words: greater selectivity for faces in the right hemisphere …

Publisher Summary This chapter describes the human visual system through an introduction
of magnetoencephalographic (MEG) studies. Studies using MEG to examine the striate …

We have been studying the underlying mechanisms of face perception in humans using
magneto‐(MEG) and electro‐encephalography (EEG) including (1) perception by viewing …