Jee Hyun Choi

The paper shows that coupled spiking populations with distinct inhibitory timescales generate multi-frequency bursts that self-organize into patterns associated with specific information routing.

The paper shows that an optimal inhibitory-to-excitatory synaptic strength ratio enables both slow (beta) and fast (gamma) neural oscillations, enhancing communication efficiency and information capacity.

The paper examines how neural dynamics in mice support role differentiation during group foraging, identifying distinct roles and their neural correlates.

This study shows that social context modulates brain dynamics and reveals unilateral causal relationships in multibrain recordings of mice.

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