In the primate visual system, area V4 is located in the ventral pathway and is traditionally
thought to be involved in processing color and form information. However, little is known about …

Recent developments in high-density neurophysiological tools now make it possible to
record from hundreds of single neurons within local, highly interconnected neural networks. …

We perceive objects as permanent and stable despite frequent occlusions and eye movements,
but their representation in the visual cortex is neither permanent nor stable. Feature …

Primary visual cortex (V1) has been the focus of extensive neurophysiological investigation,
and its laminar organization provides a key exemplar of the functional logic of neocortical …

High-density, integrated silicon electrodes have begun to transform systems neuroscience,
by enabling large-scale neural population recordings with single cell resolution. Existing …

Two incongruent images viewed by the two eyes cause binocular rivalry, during which observers
perceive continuous alternations between these two visual images. Previous studies in …

In the primate visual system, direction-selective (DS) neurons are critical for visual motion
perception. While DS neurons in the dorsal visual pathway have been well characterized, the …

Simple Summary Generally, the transmission of pathogens is positively density-dependent;
therefore, the risk of insects becoming infected by diseases increases with increasing …

The ability to extract the shape of moving objects is fundamental to visual perception. However,
where such computations are processed in the visual system is unknown. To address …

Visual working memory enables flexible behavior by decoupling sensory stimuli from behavioral
actions. While previous studies have predominantly focused on the storage component …