The visual world is imaged on the retinas of our eyes. However, "seeing" is not a result of neural functions within the eyes but rather a result of what the brain does with those images. Our visual perceptions are produced by parts of the cerebral cortex dedicated to vision. Although our visual awareness appears unitary, different parts of the cortex analyze color, shape, motion, and depth information. There are also special mechanisms for visual attention, spatial awareness, and the control of actions under visual guidance. Often lesions from stroke or other neurological diseases will impair one of these subsystems, leading to unusual deficits such as the inability to recognize faces, the loss of awareness of half of visual space, or the i...
The role of the physiological processes involved in human vision escapes clarification in current li...
Since Hubel and Wiesel's seminal findings in the primary visual cortex (V1) more than 50 years ago, ...
Visual information is a primary contributor to many cognitive processes, includinglearning, memory, ...
The visual world is imaged on the retinas of our eyes. However, "seeing" is not a result of neural f...
Caltech biologists are beginning to find out what goes on in our brains when we see something move
Mapping the functional subdivisions of the visual cortex in monkeys may lead to understanding of the...
What we consciously see in our everyday life is not an exact copy of the information that our eyes r...
AbstractThe finding that mental imagery is associated with activity in primary visual cortex has imp...
AbstractThe location of visual objects in the world around us is reconstructed in a complex way from...
In order to generate the rich experience that is visual perception, the brain must accomplish the im...
In everyday vision, attention and awareness are hand in glove and almost impossible to tell apart. R...
Vision is our most powerful sense and, arguably, it gives us our most vivid sensory and imaginal exp...
What we perceive is not always what our eyes see. Vision, and perception more generally, should not ...
What we perceive is not always what our eyes see. Vision, and perception more generally, should not ...
The role of the physiological processes involved in human vision escapes clarification in current li...
The role of the physiological processes involved in human vision escapes clarification in current li...
Since Hubel and Wiesel's seminal findings in the primary visual cortex (V1) more than 50 years ago, ...
Visual information is a primary contributor to many cognitive processes, includinglearning, memory, ...
The visual world is imaged on the retinas of our eyes. However, "seeing" is not a result of neural f...
Caltech biologists are beginning to find out what goes on in our brains when we see something move
Mapping the functional subdivisions of the visual cortex in monkeys may lead to understanding of the...
What we consciously see in our everyday life is not an exact copy of the information that our eyes r...
AbstractThe finding that mental imagery is associated with activity in primary visual cortex has imp...
AbstractThe location of visual objects in the world around us is reconstructed in a complex way from...
In order to generate the rich experience that is visual perception, the brain must accomplish the im...
In everyday vision, attention and awareness are hand in glove and almost impossible to tell apart. R...
Vision is our most powerful sense and, arguably, it gives us our most vivid sensory and imaginal exp...
What we perceive is not always what our eyes see. Vision, and perception more generally, should not ...
What we perceive is not always what our eyes see. Vision, and perception more generally, should not ...
The role of the physiological processes involved in human vision escapes clarification in current li...
The role of the physiological processes involved in human vision escapes clarification in current li...
Since Hubel and Wiesel's seminal findings in the primary visual cortex (V1) more than 50 years ago, ...
Visual information is a primary contributor to many cognitive processes, includinglearning, memory, ...