Visual processing varies dramatically across the visual field. These differences start in the
retina and continue all the way to the visual cortex. Despite these differences in processing …

Foveal (central) and peripheral vision are strongly interconnected to provide an integrated
experience of the world around us. Recently, it has been suggested that there is a feedback …

Deep neural networks (DNNs) have been shown to be vulnerable to adversarial attacks--
subtle, perceptually indistinguishable perturbations of inputs that change the response of the …

Visual object recognition was traditionally believed to rely on a hierarchical feedforward
process. However, recent evidence challenges this notion by demonstrating the crucial role …

Peripheral object discrimination is hindered by a central dynamic mask presented between
150 and 300 ms after stimulus onset. The mask is thought to interfere with task-relevant …

Our vision is sharpest at the centre of our gaze and becomes progressively blurry into the
periphery. It is widely believed that this high foveal resolution evolved at the expense of …

The foveal-feedback mechanism supports peripheral object recognition by processing
information about peripheral objects in foveal retinotopic visual cortex. When a foveal object …

A delayed foveal mask affects perception of peripheral stimuli. The effect is determined by
the timing of the mask and by the similarity with the peripheral stimulus. A congruent mask …

Previous studies have demonstrated that context manipulations by semantic blocking and
category priming can, under particular design conditions, give rise to semantic facilitation …

Visual working memory is believed to rely on top-down attentional mechanisms that sustain
active sensory representations in early visual cortex. However, both bottom-up sensory input …