Mitchell P. Morton

This paper introduces CTwDBN to model dynamic neural information flow and shows it captures long-term temporal fluctuations in cortical networks.

The paper quantifies how visual input and brain state modulate inter-laminar communication in macaque V1 using reduced-rank regression, revealing distinct mechanisms for directional and symmetric coordination.

The paper shows non-uniform contextual interactions in V1 neurons limit spatial vision by differentially impairing stimulus representation based on flanker location.

The paper investigates how behavioral state and cortical layer-specific neural activity influence perceptual variability at threshold in monkeys.

The paper investigates how spatial configurations of visual stimuli modulate inter-laminar communication in V1, finding that they differentially affect communication efficacy and signaling balance.

The paper investigates saccadic suppression in primate visual cortex, finding layer- and cell type-specific modulation in V4 and proposing a computational model to explain the mechanism.

The paper investigates receptive field remapping in visual Area V2 during saccade tasks, finding widespread remapping across layers and cell types with increased feature selectivity.