We live in a rich, three dimensional world with complex arrangements of meaningful objects.
For decades, however, theories of visual attention and perception have been based on …

Memory neuroscientists often measure neural activity during task trials designed to recruit
specific memory processes. Behavior is championed as crucial for deciphering brain …

Electrophysiological research with event-related brain potentials (ERPs) is increasingly
moving from simple, strictly orthogonal stimulation paradigms towards more complex, quasi …

Abstract Fixation-related potentials (FRPs), neural responses aligned to the end of
saccades, are a promising tool for studying the dynamics of attention and cognition under …

Decades of cognitive neuroscience research has shown that where we look is intimately
connected to what we remember. In this article, we review findings from human and …

The ability to combine individual concepts of objects, properties, and actions into complex
representations of the world is often associated with language. Yet combinatorial event-level …

Humans have a remarkable ability to efficiently explore visual scenes and text using eye
movements. Humans typically make eye movements (saccades) every~ 250 ms. Since …

The complex interplay between low-and high-level mechanisms governing our visual
system can only be fully understood within ecologically valid naturalistic contexts. For this …

Whether fixation selection in real-world scenes is guided by image salience or by objects
has been a matter of scientific debate. To contrast the two views, we compared effects of …

A key feature of visual processing in humans is the use of saccadic eye movements to look
around the environment. Saccades are typically used to bring relevant information, which is …