Attention facilitates behavior by enhancing perceptual sensitivity (sensory processing) and
choice bias (decisional weighting) for attended information. Whether distinct neural …

Attention can be deployed in multiple forms and facilitates behavior by influencing
perceptual sensitivity and choice bias. Attention is also associated with a myriad of changes …

Selective attention produces systematic effects on neural states. It is unclear whether,
conversely, momentary fluctuations in neural states have behavioral significance for …

Visual perceptual decision-making involves multiple components including visual encoding,
attention, accumulation of evidence, and motor execution. Recent research suggests that …

We present a biologically inspired recurrent neural network (RNN) that efficiently detects
changes in natural images. The model features sparse, topographic connectivity (st-RNN) …

Planning a rapid eye movement (saccade) changes how we perceive our visual world. Even
before we move the eyes visual discrimination sensitivity improves at the impending target of …

We explored the underlying latent process of spatial prioritisation in perceptual decision
processes, based on the drift-diffusion model, and subsequent nested model comparison …

The attentional blink reflects a ubiquitous bottleneck with selecting and processing the
second of two targets that occur in close temporal proximity. An extensive literature has …

Spatial probabilistic “Posner” cueing is widely employed in studies of endogenous spatial
attention. Such cueing guides attention by providing prior knowledge about the likely spatial …

Even before the eyes move, visual sensitivity improves at the target of the planned eye
movement. Yet, it is unknown if such “presaccadic” benefits are merely sensory, or also …