Ninad B. Kothari

The paper investigates competitive stimulus interactions in the mouse superior colliculus, finding different inhibition rules at local and global spatial scales.

The paper examines sensorimotor dynamics in the superior colliculus of echolocating bats during navigation and target tracking, showing that call rate increases correlate with reduced neural state space variability and that sonar sound groups lead to refined sensorimotor processing.

This study identifies PLTi neurons in the brainstem as critical for selective spatial attention, showing they control decision boundaries by shaping neural representations in the superior colliculus.