Previously we have shown that transient attention—the more automatic, stimulus-driven
component of spatial attention—enhances spatial resolution. Specifically, transient attention …

How do we perceive the space around us, locate objects within it, and make our way
through it? What do the senses contribute? This book focuses on touch in order to examine …

The study reports independent effects of external and body-centered reference cues on
spatial coding of an irregular sequence of haptic locations. The aim was to investigate the …

Orienting attention in the space around us is a fundamental prerequisite for willed actions.
On Earth, at 1 g, orienting attention requires the integration of vestibular signals and vision …

The representations that mediate the coding of spatial position were examined by
comparing the behavior of patients with left hemispatial neglect with that of nonneurological …

Allocentric and egocentric are two types of spatial coding. Previous studies reported the
dorsal attention network's involvement in both types. To eliminate possible paradigm …

Observers can use spatial scale information flexibly depending on categorisation task and
on their prior sensitisation. Here, we explore whether attentional modulation of spatial …

Visual attention can be deployed to stimuli based on our willful, top-down goal (endogenous
attention) or on their intrinsic saliency against the background (exogenous attention) …

Inequality in the accessibility of IT tools prevents blind people from accessing all the
available content and information. Digital inclusion for all people with disabilities has been …

Visual-spatial attention enhances the perception of behaviorally relevant stimuli. One issue
that remains unclear is whether attention is preferentially allocated to stimuli that remain …