Neural activation in the early visual cortex (EVC) reflects the perceived rather than retinal
size of stimuli, suggesting that feedback possibly from extrastriate regions modulates retinal …

Attentional orientation to a spatial cue and reorientation—after invalid cueing—are mediated
by two distinct networks in the human brain. A bilateral dorsal frontoparietal network, …

Arrows terminating a line can distort the perceived line length. This so-called Müller-Lyer
illusion can be used in healthy human subjects to mimic the performance of neglect patients in …

How the human brain reconstructs the three-dimensional (3D) world from two-dimensional (2D)
retinal images has received a great deal of interest as has how we shift attention in 2D …

In a series of functional magnetic resonance experiments, we have investigated the neural
basis of attentional dimension weighting in crossdimensional singleton search. Previous …

The right intraparietal sulcus (rIPS) is a key region for the endogenous control of selective
visual attention in the human brain. Previous studies suggest that the rIPS is especially …

Successful survival in a competitive world requires the employment of efficient procedures for
selecting new in preference to old information. Recent behavioral studies have shown that …

Within the parietal cortex, the temporo-parietal junction (TPJ) and the intraparietal sulcus (IPS)
seem to be involved in both spatial and nonspatial functions: Both areas are activated …

We used fMRI to investigate both common and differential neural mechanisms underlying
two distinct types of switching requirements, namely switching between stimulus …

Observers can learn locations where salient distractors appear frequently to reduce potential
interference—an effect attributed to better suppression of distractors at frequent locations. …