Emily A. Cooper

This study investigates how low vision affects explicit motor adaptation and finds no measurable impact on discovering or recalling sensorimotor strategies.

The paper investigates how eye movements influence self-motion perception through behavioral experiments and a Bayesian model, finding gaze-dependent biases in heading direction estimates.

The paper shows that neural responses in the visual system shift from optimizing information preservation to optimizing perceptual discrimination, driven by changes in tuning curve preferences for binocular disparity.

This study finds that low vision impairs implicit sensorimotor adaptation for small visual errors but not large ones, revealing a constraint on how low-fidelity visual information is processed for motor learning.

The paper investigates whether proxy measures of neural plasticity in the human frontoparietal system predict learning outcomes after short-term training.

The paper investigates how natural image statistics at depth edges influence perceptual stability by leveraging statistical regularities for binocular fusion.

The paper develops a Bayesian model to explain systematic perceptual errors in 3D motion perception and validates it with VR and 3D display experiments.