Hio-Been Han

The paper shows that working memory readout in the frontal eye field varies with theta rhythm phases, linked to performance in a visual memory task.

This study investigates oscillatory rhythms in the mPFC-BLA circuit of mice during defensive behaviors, finding frequency tuning of theta rhythms and beta oscillations correlate with freeze or flight responses.

The paper introduces a new visual illusion where rotational motion binding creates an illusory rhythm, which is four times faster than the actual motion speeds.

The paper investigates theta oscillations in the frontal and visual cortices during sustained attention, finding functional dissociation and distinct roles in task performance.

The paper compares machine-learning classifiers using different connectivity measures to identify distinctive BOLD connectivity patterns in schizophrenia versus healthy brains during a working memory task.