SummaryA new study using transcranial magnetic stimulation of the brain shows that each of three neighboring areas of visual cortex plays a specific and causal role in perceiving faces, bodies and other kinds of objects
AbstractSurprisingly little is known about the role of V2 in visual processing. A recent study found...
AbstractA wealth of data is now available on the functional organization of the human visual cortex....
Existing models propose that primate visual cortex is divided into two functionally distinct pathway...
SummaryA recent study has shown that, using transcranial magnetic stimulation to stimulate an area o...
SummaryVisual perception depends on integration of the eyes’ raw sensory input with information dist...
SummaryNeuroscientists have long debated whether focal brain regions perform specific cognitive func...
Functional modularity in human visual processing was already described 30 years ago, with a ventral ...
Mapping the functional subdivisions of the visual cortex in monkeys may lead to understanding of the...
AbstractRecent studies of functional maps in the mammalian visual cortex fail to support the widespr...
AbstractIt has commonly been assumed that the many separate areas of the visual system perform modul...
The human genome (containing around 1E10 bits of information) is unlikely to fully specify the conne...
SummaryIn the standard model of central visual processing, orientation tuned responses in cortex are...
AbstractArguments based on mathematical topology may help in understanding the organization of topog...
AbstractFunctional imaging identified a putative face-specific area within the fusiform gyrus of hum...
How objects are represented in the visual system is one of the big questions in cognitive neuroscien...
AbstractSurprisingly little is known about the role of V2 in visual processing. A recent study found...
AbstractA wealth of data is now available on the functional organization of the human visual cortex....
Existing models propose that primate visual cortex is divided into two functionally distinct pathway...
SummaryA recent study has shown that, using transcranial magnetic stimulation to stimulate an area o...
SummaryVisual perception depends on integration of the eyes’ raw sensory input with information dist...
SummaryNeuroscientists have long debated whether focal brain regions perform specific cognitive func...
Functional modularity in human visual processing was already described 30 years ago, with a ventral ...
Mapping the functional subdivisions of the visual cortex in monkeys may lead to understanding of the...
AbstractRecent studies of functional maps in the mammalian visual cortex fail to support the widespr...
AbstractIt has commonly been assumed that the many separate areas of the visual system perform modul...
The human genome (containing around 1E10 bits of information) is unlikely to fully specify the conne...
SummaryIn the standard model of central visual processing, orientation tuned responses in cortex are...
AbstractArguments based on mathematical topology may help in understanding the organization of topog...
AbstractFunctional imaging identified a putative face-specific area within the fusiform gyrus of hum...
How objects are represented in the visual system is one of the big questions in cognitive neuroscien...
AbstractSurprisingly little is known about the role of V2 in visual processing. A recent study found...
AbstractA wealth of data is now available on the functional organization of the human visual cortex....
Existing models propose that primate visual cortex is divided into two functionally distinct pathway...
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