Wenhao Dang

The paper tests competing theories of working memory by analyzing neuronal activity in macaques, showing that persistent and dynamic activity interact to decode stimuli.

This paper introduces flexible microelectrode arrays for stable, repeated neural recordings in awake non-human primates, showing reduced single-unit drift compared to rigid electrodes.

This study shows that efficient neural representations in working memory can lead to errors, and cholinergic stimulation improves performance by using more distinct representations.

This study examines how rule learning affects prefrontal cortex activity in monkeys across different tasks, identifying both task-specific and generalized neural mechanisms.

The paper investigates working memory maintenance by analyzing neural activity in macaques, finding that asynchronous firing and off-states contribute to memory persistence.

The paper examines if spatial and shape information in the primate prefrontal cortex is organized in clusters, finding that some organization exists even before training.

This study shows prefrontal neurons in monkeys rotate stimulus representations in low-dimensional space during passive viewing, with some transformations persisting after task training and distinguishing correct from error trials.

The paper compares persistent and activity-silent neurons in the primate prefrontal cortex to determine their role in working memory, finding that persistent activity neurons carry more information about stimuli.

This study examines how training affects nonlinear mixed selectivity in prefrontal cortex neurons during working memory tasks, finding increased NMS for spatial but not shape tasks.