An unresolved goal in face perception is to identify brain areas involved in face processing and simultaneously understand the timing of their involvement. Currently, high spatial resolution imaging techniques identify the fusiform gyrus as subserving processing of invariant face features relating to identity. High temporal resolution imaging techniques localize an early latency evoked component—the N/M170—as having a major generator in the fusiform region; however, this evoked component is not believed to be associated with the processing of identity. To resolve this, we used novel magnetoencephalographic beamformer analyses to localize cortical regions in humans spatially with trial-by-trial activity that differentiated faces and objects ...
Although a crucial role of the fusiform gyrus (FG) in face processing has been demonstrated with a v...
Face perception is a complex process involving a network of brain structures, dynamically processing...
Face recognition is a complex cognitive process that requires distinguishable neuronal representatio...
An unresolved goal in face perception is to identify brain areas involved in face processing and sim...
Abstract Aims The aim of this study was to determine the specific spatiotemporal activation patterns...
Evidence from functional neuroimaging indicates that visual perception of human faces and bodies is ...
■ Face processing in the human brain recruits a widespread cortical network based mainly in the vent...
Humans can identify individual faces under different view- viewpoints, even after a single encounter...
Behavioral research indicates that successful face individuation is associated with sensitivity to s...
Adaptation paradigms are becoming increasingly popular for char-acterizing visual areas in neuroimag...
Evidence from functional neuroimaging indicates that visual perception of human faces and bodies is ...
Face processing in the human brain recruits a widespread cortical network based mainly in the ventra...
Although a crucial role of the fusiform gyrus (FG) in face processing has been demonstrated with a v...
Face perception is a complex process involving a network of brain structures, dynamically processing...
Face recognition is a complex cognitive process that requires distinguishable neuronal representatio...
An unresolved goal in face perception is to identify brain areas involved in face processing and sim...
Abstract Aims The aim of this study was to determine the specific spatiotemporal activation patterns...
Evidence from functional neuroimaging indicates that visual perception of human faces and bodies is ...
■ Face processing in the human brain recruits a widespread cortical network based mainly in the vent...
Humans can identify individual faces under different view- viewpoints, even after a single encounter...
Behavioral research indicates that successful face individuation is associated with sensitivity to s...
Adaptation paradigms are becoming increasingly popular for char-acterizing visual areas in neuroimag...
Evidence from functional neuroimaging indicates that visual perception of human faces and bodies is ...
Face processing in the human brain recruits a widespread cortical network based mainly in the ventra...
Although a crucial role of the fusiform gyrus (FG) in face processing has been demonstrated with a v...
Face perception is a complex process involving a network of brain structures, dynamically processing...
Face recognition is a complex cognitive process that requires distinguishable neuronal representatio...