Noninvasive electrical stimulation of the vestibular system in humans has become an
increasingly popular tool with a broad range of research and clinical applications. However …

Introduction The vestibular system, which encodes our head movement in space, plays an
important role in maintaining our balance as we navigate the environment. While in …

Alterations in vestibular sensory processing following G-transitions lead to head movement
sensitivity and motion sickness upon return to Earth's gravity. The purpose of this study was …

INTRODUCTION: Following a transition from microgravity to a gravity-rich environment (eg,
Earth, Moon, or Mars), astronauts experience sensorimotor impairment, primarily from a …

Future human space exploration missions will necessitate surface operations in gravity-rich
environments on the Moon and Mars. These future deep space exploration destinations, as …

Uncertainty is always present in the sensory information that we receive, worsening
confidence in our self-motion estimates. This includes information from the vestibular …