BACKGROUND AND AIMS: Visual experience appears rich in detail despite the poor
performance of the vast majority of the visual field, as a result of the integration of coarse …

Visual experience appears richly detailed despite the poor resolution of the majority of the
visual field, thanks to foveal-peripheral integration. The recently described Uniformity Illusion …

Visual experience appears richly detailed despite the poor resolution of the majority of the
visual field, thanks to foveal-peripheral integration. The recently described uniformity illusion …

Vision in the fovea, the center of the visual field, is much more accurate and detailed than
vision in the periphery. This is not in line with the rich phenomenology of peripheral vision …

We present a series of patterns, in which texture is perceived differently at fixation in
comparison to the periphery, such that a physically uniform stimulus yields a nonuniform …

The visual system extracts statistical information about the environment to manage noise,
ensure perceptual stability and predict future events. These summary representations are …

The notion of cognitive penetrability, ie, whether perceptual contents can in principle be
influenced by non-perceptual factors, has sparked a significant debate over methodological …

Dynamic distortion of the visual field has been shown to affect perceptual judgment of visual
dimensions such as size, length, and distance. Here, we report four experiments …

Both numerical and non-numerical magnitudes elicit similar Spatial-Numerical Association
of Response Codes (SNARC) effects, with small magnitudes associated with left hand …

Perception is relational: object properties are perceived in comparison to the spatiotemporal
context rather than absolutely. This principle predicts well known contrast effects: For …