Antoine Barbot

Distinct System-Level Computations Underlie Perceptual Variation Across the Visual Field

The paper investigates how system-level computations like gain, noise, and nonlinearity vary with eccentricity and polar angle in human visual perception, revealing distinct mechanisms underlying perceptual differences.

Neural Adaptation to the Eye's Optics Through Phase Compensation

The paper shows neural adaptation compensates for optical blur by adjusting phase perception over time, revealing a mechanism for maintaining perceptual quality.

Cortical Magnification in Human Visual Cortex Parallels Task Performance around the Visual Field

The paper measures cortical magnification in human visual cortex and finds it correlates with visual field task performance and heritability in twins.

Changes in perilesional V1 underlie training-induced recovery in cortically-blind patients

This study shows that training-induced recovery in cortically-blind patients is linked to changes in perilesional V1 activity and receptive field enlargement.

Functional reorganization of sensory processing following long-term neural adaptation to optical defects

This study shows that long-term exposure to optical defects alters visual processing in KC patients, leading to a functional reorganization favoring sensory information less affected by optical limitations.