James P. Herman

This study shows that dopamine signals in the striatum track slow internal states of behavioral performance, distinct from reward prediction errors, and are organized by task demands.

This paper introduces a Recurrent Vision Transformer that mimics primate visual attention by integrating spatial memory and self-attention, showing improved detection accuracy and reaction times.

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

This study investigates how neuronal activity in the mouse superior colliculus is modulated during covert visual attention, finding that spatial cues enhance activity at cued locations and improve discriminability between contralateral and ipsilateral neurons.

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.

This study shows that superior colliculus inactivation affects attention-related modulation of caudate neurons in a side-specific manner during a spatial attention task.