Our ability to interact with the environment hinges on creating a stable visual world despite
the continuous changes in retinal input. To achieve visual stability, the brain must distinguish …

Saccadic eye movements bring objects of interest onto the high-resolution fovea. They also
change the retinal location of objects, but our impression of the visual world is stable: We …

Retinal image displacements caused by saccadic eye movements are generally unnoticed.
Recent theories have proposed that perceptual stability across saccades depends on a local …

Saccadic eye movements enable us to rapidly direct our high-resolution fovea onto relevant
parts of the visual world. However, while we can intentionally select a location as a saccade …

The present study addresses the question of how objects are localized across saccades. In
a task requiring participants to compare the location of a post-saccadic probe with the pre …

Eye movements pose major problems to the visual system, because each new saccade
changes the mapping of external objects on the retina. It is known that stimuli briefly …

With each saccadic eye movement, internal object representations change their retinal
position and spatial resolution. Recently, we suggested that the visual system deals with …

The understanding of the subjective experience of a visually stable world despite the
occurrence of an observer's eye movements has been the focus of extensive research for …

Inferring the environment's statistical structure and adapting behavior accordingly is a
fundamental modus operandi of the brain. A simple form of this faculty based on spatial …

We explore the visual world through saccadic eye movements, but saccades also present a
challenge to visual processing by shifting externally stable objects from one retinal location …