Tristan S. Yates

The paper tests if cartoons elicit stronger neural responses than realistic movies in infants, finding that animated versions produce more reliable visual cortex activity.

This study examines how episodic memories are stabilized in the developing human brain using fMRI and multivariate analyses, finding age-related changes in brain regions associated with memory.

This study analyzes 766 awake infant fMRI sessions to identify factors affecting data collection and retention, offering insights to improve future research.

The paper investigates how perception segments visual input into physical events and uses predictive simulations to prioritize objects in intuitive physics.

The paper compares functional brain networks in infants during sleep and wake states using fMRI, showing differences between states and their similarity to adult networks.

This study uses fMRI to show that movie-evoked activity in infants reveals functional organization of visual cortex, including homotopic and distinct responses across hemispheres and visual areas.

The paper examines how pandemic lockdowns affected infant face processing by comparing neural responses in pre- and post-lockdown infants using fMRI.

This paper investigates event segmentation in infants using fMRI and a hidden Markov model, finding that infants represent longer events with no timescale hierarchy, unlike adults.

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.

This study uses fMRI to show that frontal cortex regions in infants 3-12 months old are involved in attentional reorienting, similar to adults, with no age-related differences in neural or behavioral responses.

The paper uses fMRI data to study how adult brain functions develop in children by comparing predicted and actual brain activity during movie watching.

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