Tristan A. Chaplin

This study examines changes in MT neuron sensitivity to motion after long-term V1 lesions in marmosets, finding reduced direction selectivity and increased firing variability.

The paper investigates the topographic organization of the dorsomedial visual cortex in macaques, finding that V3d and PO/V6 form a continuous map rather than distinct areas.

The paper investigates how neuronal correlations in MT and MST areas affect motion direction decoding, finding that accounting for correlations improves decoding performance.

The paper identifies evolutionary hotspots in primate cortical brain regions that show context-dependent functional connectivity, supporting their role in supramodal cognitive flexibility.

This study investigates whether auditory motion modulates spiking activity in visual motion areas of the primate brain and finds no such modulation at the single neuron level.

This study measures MT neuron sensitivity to random dot motion in marmoset monkeys and finds their thresholds are comparable to macaques, with firing rate differences predicting sensitivity.