Leor N. Katz

The paper identifies two distinct neuron groups in the primate superior colliculus with different latency responses to facial expressions of threat and fear.

This study shows that visually evoked spiking in primate superior colliculus depends on retinal signals through LGN and V1, not direct retinal input.

The paper shows that primate superior colliculus neurons rapidly detect faces with 80% accuracy within 50ms, relying on early visual cortex signals.

The paper examines correlated variability in primate superior colliculus neurons and finds it varies by functional class during a saccade task.

This study shows that temporal integration is a common feature in perceptual decision-making across species, using behavioral data from monkeys, rats, and humans.

This study investigates whether microsaccades are a cause or marker of attention-related modulation in the superior colliculus, finding that modulation occurs independently of microsaccades.

The paper shows that the superior colliculus influences high-level visual processing in primate temporal cortex by affecting attention and object selectivity.