Bevil R. Conway

This paper develops a method to align brain activity between humans and monkeys, revealing conserved visual areas and species-specific differences in higher-order processing.

This study investigates how the brain represents object concepts by analyzing neural activity in macaques during a task involving color and shape features, identifying key brain regions involved in concept formation and perceptual binding.

The paper uses fMRI and a new method called Sparse Supervised Embedding to identify functional signatures of retinotopic visual areas in macaques, revealing differences in sensitivity to contrast, saturation, and color across visual areas.

This study decodes hue and luminance polarity from MEG data, showing distinct temporal dynamics and neural mechanisms for each feature.

The paper measures color-tuning responses of face-selective neurons in macaques and finds significant color tuning biased towards L>M colors and alignment with S-cone cardinal axis.

This study uses MEG to analyze neural activity patterns and decode color space geometry through similarity relationships in brain responses to different colors.