Human observers are capable of tracking multiple objects among identical distractors based
only on their spatiotemporal information. Since the first report of this ability in the seminal …

Recently, the discussion regarding the consequences of cutting the corpus callosum (“split-
brain”) has regained momentum (Corballis, Corballis, Berlucchi, & Marzi, Brain, 141 (6), e46 …

Spatial demonstratives–terms including this and that–are among the most common words
across all languages. Yet, there are considerable differences between languages in how …

The split-brain phenomenon is caused by the surgical severing of the corpus callosum, the
main route of communication between the cerebral hemispheres. The classical view of this …

How do we track multiple moving objects in our visual environment? Some investigators
argue that tracking is based on a parallel mechanism (eg, Cavanagh & Alvarez, 2005; …

We examined whether surface feature information is utilized to track the locations of multiple
objects. In particular, we tested whether surface features and spatiotemporal information are …

Contour interpolation automatically binds targets with distractors to impair multiple object
tracking (Keane, Mettler, Tsoi, & Kellman, 2011). Is interpolation special in this regard or can …

A key developmental transition is the ability to engage executive functions proactively in
advance of needing them. We tested the potential role of linguistic processes in proactive …

An individual-differences approach was used to investigate the roles of visuospatial working
memory and the executive in multiple-object tracking. The Corsi Blocks and Visual Patterns …

Sustained multifocal attention for moving targets requires binding object identities with their
locations. The brain mechanisms of identity-location binding during attentive tracking have …