Humans use saccadic eye movements to make frequent gaze changes, yet the associated
full-field image motion is not perceived. The theory of saccadic suppression has been …

The influence of body movements on visual time perception is receiving increased attention.
Past studies showed apparent expansion of visual time before and after the execution of …

The neural mechanisms underlying visual estimation of subsecond durations remain
unknown, but perisaccadic underestimation of interflash intervals may provide a clue as to …

Although most instances of object recognition during natural viewing occur in the presence
of saccades, the neural correlates of objection recognition have almost exclusively been …

Visual Perception: Saccadic Omission — Suppression or Temporal Masking?: Current Biology
Skip to Main Content Advertisement Current Biology This journal offers authors two options …

In surveying their visual environment, primates, including humans make frequent rapid eye
movements known as saccades. Saccades result in rapid motion of the retinal image and yet …

We make fast,“saccadic” eye movements to capture finely resolved foveal snapshots of the
world but these saccades cause motion artefacts. The artefacts go unnoticed, perhaps …

Humans have a clear sense for the passage of time, but while implicit motor timing is quite
accurate, explicit timing is prone to distortions particularly during action (Wenke & Haggard …

Accurate time perception is crucial in peripheral vision especially for the spatial perception
during actions. To investigate the dynamics of time perception in peripheral vision …

Accumulated evidence shows that a subjective time interval is lengthened by preceding or
concurrent presentation of flickers or repetitive tone stimuli that have been hypothesized to …