Yi Pu

This study uses machine learning to analyze brain asymmetry across aging and diseases, revealing left-hemisphere changes that challenge the traditional right-hemisphere aging model.

This study investigates how emotional prosody affects visual mental imagery quality and neural mechanisms using behavioral tasks and fMRI, finding significant effects in specific brain regions and individual differences.

This study analyzes left-right volume differences in the human habenula across 52 datasets and finds significant heterogeneity due to MRI scanner and segmentation methods, with notable leftward asymmetry in specific conditions.

This study examines high-gamma oscillations in the human hippocampus during rest periods in a virtual navigation task, finding a correlation with theta power during navigation and a link to memory consolidation.

This study examines the functional interaction between hippocampus and caudate in human navigation using fMRI and behavioral tasks, finding a positive correlation with navigation ability.