Farah Bader

This report evaluates the impact of the NIH BRAIN Initiative on systems, integrative, and computational neuroscience research from 2014 to 2023, comparing it to other funding models.

This study investigates the neural mechanisms of metacognitive improvement in sensorimotor timing using fMRI, finding dissociations between time estimation and reproduction networks and increased DMN involvement during re-do trials.

This study investigates how the brain computes spatial and temporal distances during virtual movements using fMRI, finding distinct neural networks for each with shared magnitude processing.

This study shows that modulating individual alpha frequency with tACS alters time perception, with faster alpha stimulation leading to longer perceived durations.

This study shows that free movement improves temporal perception and decision-making precision by shifting response thresholds and reducing movement variability.