Jan Weber

The paper identifies a coding mechanism in human prefrontal cortex that resolves interference between past and present task variables by partitioning neural activity into distinct low-dimensional states.

The paper reveals that hippocampal and neocortical sharp-wave ripples have distinct functional roles during sleep, with hippocampal ripples promoting information transfer and neocortical ripples reducing interference.

This study shows how oscillatory synchrony and continuous population dynamics in prefrontal cortex integrate context into action plans during goal-directed behavior.