Highlights•fMRI for colour vision includes univariate, adaptation and multivariate
approaches.•Early visual areas (V2, V3, V4) have a subregion organization for colour …

Hue and luminance contrast are the most basic visual features, emerging in early layers of
convolutional neural networks trained to perform object categorization. In human vision, the …

Chromatic adaptation is a major contributory mechanism to constancy, yet its extent
depends on many factors-spectral, spatial and temporal-which vary between studies and …

Hue and luminance contrast are basic visual features. Here we use multivariate analyses of
magnetoencephalography data to investigate the timing of the neural computations that …

Human visual cortex is partitioned into different functional areas that, from lower to higher,
become increasingly selective and responsive to complex feature dimensions. Here we use …

When the visual environment changes, vision adapts in order to maintain accurate
perception. For repeatedly encountered environmental changes, the visual system may …

Visual color sensing is generated by electrical discharges from endocranial neuronal
sources that penetrate the skull and reach to the cerebral cortex. However, the space …

By attending to part of a visual scene, we can prioritize processing of the most relevant
visual information and so use our limited resources effectively. Previous functional magnetic …

Contrast adaptation is a fundamental visual process that has been extensively investigated
and used to infer the selectivity of visual cortex. We recently reported an apparent …

Previous studies have identified at least two components of chromatic adaptation: a rapid
component with a time scale between tens of milliseconds to a few seconds, and a slow …