Previous research has investigated the neural response to visual symmetry. It is well established that symmetry activates a network of extrastriate visual regions, including V4 and the Lateral Occipital Complex. This symmetry response generates an event-related potential called the sustained posterior negativity (SPN). However, previous work has used abstract stimuli, typically dot patterns or shapes. We tested the generality of the SPN. We confirmed that the SPN wave was present and of similar amplitude for symmetrical shapes, flowers and landscapes, whether participants were responding either to image symmetry or to image color. We conclude that the extrastriate symmetry response can be generated by any two-dimensional image and is simila...
An Event Related Potential response to visual symmetry, known as the Sustained Posterior Negativity ...
It is known that the extrastriate cortex is activated by visual symmetry. This activation generates ...
Visual regularity activates a network of brain regions in the extrastriate cortex. Previous EEG stud...
AbstractNeuroimaging work has shown that visual symmetry activates extrastriate brain areas, most co...
Electrophysiological (EEG) studies of human perception have found that amplitude at posterior electr...
Neuroimaging work has shown that visual symmetry activates extrastriate brain areas, most consistent...
Neuroimaging work has shown that visual symmetry activates extrastriate brain areas, most consistent...
Human perception of symmetry is associated with activation in an extended network of extrastriate vi...
Human perception of symmetry is associated with activation in an extended network of extrastriate vi...
Symmetry is a highly salient feature in the visual world, abundant in both man-made and natural obje...
An Event Related Potential (ERP) component called the Sustained Posterior Negativity (SPN) is genera...
Neurophysiological studies have shown a strong activation in visual areas in response to symmetry. E...
AbstractSymmetry is a highly salient feature in the visual world, abundant in both man-made and natu...
It is known that the extrastriate cortex is activated by visual symmetry. This activation generates ...
An Event Related Potential response to visual symmetry, known as the Sustained Posterior Negativity ...
An Event Related Potential response to visual symmetry, known as the Sustained Posterior Negativity ...
It is known that the extrastriate cortex is activated by visual symmetry. This activation generates ...
Visual regularity activates a network of brain regions in the extrastriate cortex. Previous EEG stud...
AbstractNeuroimaging work has shown that visual symmetry activates extrastriate brain areas, most co...
Electrophysiological (EEG) studies of human perception have found that amplitude at posterior electr...
Neuroimaging work has shown that visual symmetry activates extrastriate brain areas, most consistent...
Neuroimaging work has shown that visual symmetry activates extrastriate brain areas, most consistent...
Human perception of symmetry is associated with activation in an extended network of extrastriate vi...
Human perception of symmetry is associated with activation in an extended network of extrastriate vi...
Symmetry is a highly salient feature in the visual world, abundant in both man-made and natural obje...
An Event Related Potential (ERP) component called the Sustained Posterior Negativity (SPN) is genera...
Neurophysiological studies have shown a strong activation in visual areas in response to symmetry. E...
AbstractSymmetry is a highly salient feature in the visual world, abundant in both man-made and natu...
It is known that the extrastriate cortex is activated by visual symmetry. This activation generates ...
An Event Related Potential response to visual symmetry, known as the Sustained Posterior Negativity ...
An Event Related Potential response to visual symmetry, known as the Sustained Posterior Negativity ...
It is known that the extrastriate cortex is activated by visual symmetry. This activation generates ...
Visual regularity activates a network of brain regions in the extrastriate cortex. Previous EEG stud...