Justin D. Lieber

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

The paper investigates texture coding in higher order somatosensory cortices of macaques, finding that S2/PV neurons represent texture more sparsely and encode task-related information rather than the stimulus itself.

The paper shows that texture is encoded in precise temporal spiking patterns in primate somatosensory cortex, with millisecond precision and perceptual relevance.

This study examines how scanning speed affects texture-elicited vibrations on human fingertips, finding increased intensity and frequency shifts with higher speeds.

The paper shows that primate somatosensory cortex represents texture independently of scanning speed, enabling stable perception despite changes in sensory input.

The paper investigates how texture is represented in the somatosensory cortex of primates by analyzing neural responses to natural textures.