Joonyeol Lee

This study investigates corticocollicular projections from somatosensory and motor cortices to the inferior colliculus, showing their role in modulating auditory processing through movement-related signals.

This paper introduces a modular cranial window for long-term optical imaging in awake macaques, enabling maintainable access and reducing tissue degradation.

The paper identifies coexisting position, view, and conjunctive cells in macaque hippocampus, showing dissociable spatial coding mechanisms similar to rodents.

The paper shows how neural gain modulation propagates from posterior to anterior brain regions to optimize orientation perception in chronic astigmatism, with effects dependent on exposure duration.

The paper shows prior expectations modulate neural activity in the sensory cortex to improve sensorimotor behavior by sharpening population tuning and reducing variability in smooth pursuit eye movements.

The paper investigates how spatiotemporal changes in environmental variance affect serial dependence in perceptual decisions, finding that repulsion dominates with increasing variance and attraction with decreasing variance.

This study shows that IC neurons in mice are modulated by locomotion even without sound, and sound-evoked activity is attenuated during movement, increasing frequency selectivity.

The paper investigates neural mechanisms underlying reaction times in smooth pursuit eye movements, finding trial-by-trial correlations between neural activity and behavioral latency.

The paper examines neural representations of motion direction in EEG activity during smooth pursuit eye movements, finding early direction tuning curves that predict initial pursuit directions.