Pandya (Figure 1). Phylogenetically, it is one of the latest zation, sensory and motor areas
support specific sencortices to develop, having attained maximum relative sory and motor …

Spatial selective attention and spatial working memory have largely been studied in
isolation. Studies of spatial attention have provided clear evidence that observers can bias …

The new functional neuroimaging techniques, PET and functional MRI (fMRI), offer sufficient
experimental flexibility and spatial resolution to explore the functional neuroanatomical …

Functional neuroimaging has proven highly valuable in mapping human sensory regions,
particularly visual areas in occipital cortex. Recent evidence suggests that human parietal …

A typical scene contains many different objects that compete for neural representation due to
the limited processing capacity of the visual system. At the neural level, competition among …

It is widely agreed that visuospatial orienting attention depends on a network of frontal and
parietal areas in the right hemisphere. It is thought that the visuospatial orienting role of the …

During the past 2 decades the collaboration across disciplines and the methodologic and
conceptual advances of contemporary neuroscience have brought about a substantial …

It is widely agreed that the right posterior parietal cortex has a preeminent role in
visuospatial and orienting attention. A number of lines of evidence suggest that although …

My colleagues and I have investigated whether the temporal framework can be used to
guide selective attention, and have applied non-invasive methodology to reveal the brain …

Gaze-contact is often a preliminary to social interaction and so constitutes a signal for the
allocation of processing resources to the gazing face. We investigated how gaze direction …