Edda Briana Haggerty

The paper shows that the structure of a temporal sequence affects how well stimuli are represented in the brain, with modular graphs leading to better prediction and higher dimensionality in visual areas.

The paper curates and provides analysis-ready diffusion MRI data for pediatric brain white-matter research, including automated quality control using a trained neural network.

This study develops a parametric model linking trigeminal nerve stimulation intensity to blink response properties, finding a laterality effect in half-response thresholds.

The paper finds that retinal ganglion cell endowment correlates with optic tract cross section, not density, and that anatomical variations are locally correlated along the visual pathway.

This study investigates whether melanopsin stimulation affects sensitivity to luminance flicker and finds no significant effect.

The paper assesses the role of ipRGCs and cones in reflexive eye closure as a measure of photophobia in migraine, finding enhanced responses in MwA compared to other groups.

This study investigates how melanopsin and cone signals contribute to photophobia in migraine and finds that migraineurs amplify ipRGC signals specifically for discomfort, not pupil responses.