J. Anthony Movshon

This study shows that curvature tuning in V2 and V4 of macaque monkeys is adult-like by 30 weeks of age, with position-invariant tuning emerging in V4.

The paper investigates how macaque visual cortex represents contrast and naturalistic texture, finding that V4 better decodes texture independently of contrast than V1 or V2.

The paper investigates neural sensitivity to radial frequency patterns in developing macaques, finding that V4 neurons encode global form early, while V1 does not, and that extrastriate areas mature early, suggesting perceptual limits arise from other brain developments.

The paper shows how diversity in neuronal tuning amplitude and bandwidth improves perceptual performance through changes in representational geometry.

DREDge improves motion correction in high-density extracellular recordings across species, enhancing reliability and reducing errors in electrophysiological data.

This study examines neuronal and behavioral responses to naturalistic texture images in macaque monkeys, finding that V2 neurons better predict texture perception than V1 neurons.

The paper investigates how naturalistic image structure is processed in macaque visual cortex across development, finding stable neural sensitivity from early ages.

This study examines how amblyopia affects visual motion processing in the extrastriate cortex of macaque monkeys, finding reduced binocular responses and a shift in eye preference toward the non-amblyopic eye.

This study tracks how macaque monkeys develop sensitivity to radial frequency patterns, finding improved performance with age and better discrimination of complex shapes.

This study investigates how visual motion perception and ocular following responses interact when presented with complex moving plaids, finding that responses shift from component- to pattern-driven behavior.

The paper investigates the neural basis of the double-drift illusion using fMRI, finding that hMT+ decodes the illusory trajectory, suggesting a perceptual representation independent of retinal position.

The paper develops a model to explain how V1 and V2 neurons in macaques respond to visual stimuli by combining afferent signals, capturing 43% and 38% of variance respectively.

The paper investigates how neurons in macaque V4 respond to textures and objects, finding that object selectivity emerges in two phases with late-emerging responses sensitive to image degradation.

The paper investigates how neurons in the macaque's lateral geniculate nucleus adapt to changes in contrast and luminance, finding distinct responses in magnocellular and parvocellular layers.

The paper investigates how sensitivity to naturalistic textures depends on high spatial frequencies through experimental manipulations and model observer analysis.

The paper examines laminar differences in V1 and V2 responses to naturalistic textures, finding stronger sensitivity in V2 and feedback-driven activity in V1.

The paper investigates motion selectivity in macaque MT neurons using single-unit recordings and a novel model, finding that velocity-separable models better describe responses to complex stimuli like plaids.

The paper investigates altered functional interactions among neurons in the visual cortex of amblyopic macaques, finding reduced visual information carried by responses driven through the amblyopic eye.