A hand passing in front of a camera produces a large and obvious disruption of a video. Yet
the closure of the eyelid during a blink, which lasts for hundreds of milliseconds and occurs …

Movement control is critical for successful interaction with our environment. However,
movement does not occur in complete isolation of sensation, and this is particularly true of …

Ocular position drifts during gaze fixation are significantly less well understood than
microsaccades. We recently identified a short-latency ocular position drift response, of∼ 1 …

We normally perceive a stable visual environment despite eye movements. To achieve such
stability, visual processing integrates information across a given saccade, and laboratory …

Microsaccades are associated with enhanced visual perception and neural sensitivity right
before their onset, and this has implications for interpreting experiments involving the covert …

Microsaccades are known to be associated with a deficit in perceptual detection
performance for brief probe flashes presented in their temporal vicinity. However, it is still not …

Abstract Background and Hypothesis Corollary discharge (CD) signals are “copies” of motor
signals sent to sensory areas to predict the corresponding input. They are a posited …

Saccades let the visual scene sweep with high speed across the retina, thus producing a
massive motion stimulus. Yet, in natural vision, we never perceive motion that is produced …

Visual perception remains stable across saccadic eye movements, despite the concurrent
strongly disruptive visual flow. This stability is partially associated with a reduction in visual …

As with the first edition of this book, authored by JH, this second edition is aimed at students
who are studying perception beyond introductory classes. It has been extensively revised …