Qiaoli Huang

This study investigates age differences in action perception by analyzing brain activity and similarity judgments, finding older adults prioritize affective-communicative information over visual and action-related features.

The paper shows that eye movements actively organize memory by aligning with latent ordinal structures during encoding and maintenance, depending on cognitive demand.

The paper shows that working memory adapts coding strategies based on environmental structure, with neural patterns predicting performance differences in structured vs non-structured contexts.

The paper shows that consistent trajectory structures improve working memory performance and neural reactivation when recalling multiple sequences.

The paper shows sequence context reorganizes working memory items into distinct latent states, influencing recency behavior through neural reactivation patterns.

This study uses dynamic perturbation to manipulate neural dynamics during working memory retention, showing it alters memory strength through synaptic plasticity.

The paper shows that humans replay memorized sequences in reverse order during memory retention, linking this to the recency effect and memory consolidation.