Michele A. Cox

What one sees depends on how far the eye has moved

The paper shows that saccade amplitude filters visual information by spatial frequency, affecting post-saccadic visual sensitivity.

Near-field potentials index local neural computations more accurately than population spiking

This study compares information content in local field potentials (LFP) and near-field LFP (nfLFP) to determine which better indexes local neural computations, finding nfLFP more informative for stimulus processing.

High-resolution eye-tracking via digital imaging of Purkinje reflections

This paper describes a digital DPI system for high-resolution eye-tracking with sub-arcminute resolution and 1 Khz sampling, demonstrating its effectiveness on artificial and human eyes.

Stimulus-specific information flow across the canonical cortical microcircuit

The paper uses machine learning to track stimulus-specific information flow across layers of visual cortex, confirming prior model predictions about how information is processed in the canonical cortical microcircuit.

Binocular modulation of monocular V1 neurons

The paper shows that monocular V1 neurons in all layers, including input layers, respond to both eyes, suggesting binocular processing occurs earlier than previously thought.

Adaptation of Intracortical Signaling Concurs with Enhanced Encoding Efficiency

The paper shows that stimulus repetition enhances encoding efficiency in V1 by altering intracortical signaling and increasing neural synchrony and tuning sharpness.

Binocular Integration Manifests as a Transient Spiking Increase Followed by Selective Suppression in Primary Visual Cortex

The paper investigates the temporal dynamics of binocular integration in primate V1, revealing two distinct phases: an initial transient increase in activity followed by selective suppression based on stimulus congruence.