Vikranth Rao Bejjanki

This study investigates how working memory capacity limits the ability to learn complex visuomotor mappings, showing performance plateaus when task complexity exceeds memory limits.

The paper shows that perceptual learning enhances functional connectivity between retinotopically tuned voxels in V1 and V4, correlating with improved behavioral performance in shape detection tasks.

This study shows that sequential learning in infants involves frontal lobe modulation and corresponding reduced responses in posterior perceptual cortices to predictable stimuli.

This study uses fMRI to show retinotopic organization in human infants aged 5-23 months, with age-related changes suggesting ongoing refinement of visual cortex structure.

This study shows that the human hippocampus is active in infants during statistical learning tasks, similar to adults.

The paper develops methods for fMRI in awake infants, shares datasets and software, and provides recommendations for data collection and analysis.

This study shows 6-7-year-olds can combine sensory cues with learned regularities statistically efficiently, but task complexity affects their performance more than adults.