Virginia L. Flanagin

The paper proposes experiments to distinguish mechanisms underlying hexadirectional fMRI modulations linked to grid-cell activity.

The paper decodes brain activity differences caused by variations in acoustic environments using fMRI and identifies the posterior auditory cortex as processing direct-to-reverberant energy ratio for spatial perception.

This study characterizes MR-induced nystagmus in resting state HCP data at 3T, finding persistent horizontal and vertical eye movements with no significant adaptation.

This study investigates magnitude estimation in gerbils, showing primate-like characteristics and identifying neural mechanisms in the prefrontal cortex that encode the regression effect.

The paper investigates sociodemographic and vestibular factors influencing wayfinding strategies in a representative German-speaking adult population, finding that age, education, and vestibular function significantly affect strategy use.