Elizabeth R. Chrastil

This paper develops a VAE model with RNNs to study neural mechanisms of perspective transformation between first-person and global map views, finding that temporal sequences and proximal cues are critical.

This study maps neuroanatomical changes in a human brain from preconception to two years postpartum, revealing decreases in gray matter and increases in white matter integrity.

This study uses fMRI and pattern classification to show that multiple dynamic brain networks code for past, present, and future navigation trajectories in humans.

The paper demonstrates a travel direction signal in humans independent of head direction through a motion adaptation paradigm, showing aftereffects that scale with adaptation duration.