Matthew R. Krause

The paper investigates how inactivating primate area V4 affects visual learning, finding that simpler perceptual readouts are favored over optimal information extraction.

The paper investigates how brain stimulation affects long-range projections in non-human primates and finds that these projections are more strongly influenced by stimulation than other cells.

This study shows temporal interference stimulation alters spiking timing in non-human primates but is less effective than other non-invasive methods.

This study investigates how abrupt visual learning in adults is supported by long-range cortical synchronization between inferotemporal and prefrontal cortices.

This study shows that tACS competes with endogenous brain oscillations to control spike timing, with its effect depending on the relative strength of stimulation and neural entrainment.

The paper investigates direction selectivity of V3A neurons in macaques using electrophysiological recordings and finds similar levels of direction selectivity to MT neurons, with V3A showing greater selectivity for complex optic flow patterns.

This study tests whether tACS directly or indirectly affects neural activity by blocking somatosensory input, finding that neural entrainment occurs even when somatosensory pathways are blocked.