Arielle Tambini

This study shows that awake memory reactivation is embedded in dynamic whole-brain states that influence memory retention outcomes.

The paper identifies age-dependent neuromodulation targets for visual memory by analyzing stimulation and lesion connectivity across multiple datasets.

This paper introduces a method to estimate spatially fine-grained connectivity gradients efficiently, enhancing brain-behavior predictions without reducing spatial resolution.

This study investigates how slow oscillations during sleep modulate working memory-related neural activity changes overnight.

The paper shows that memory representations develop at multiple time scales in hippocampal-cortical networks, with specific representations emerging early and schematic representations forming later across brain regions.

This study shows that long-term training increases lPFC involvement in working memory by shaping stimulus-selective representations and sequence relationships, reconciling conflicting views on lPFC function.

The paper shows that brief visual re-exposure during an awake state enhances memory stability, particularly for poorly learned items and when attention is internally oriented.