Young, L.R.
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Modeling human perception of orientation in altered gravity
Frontiers in Systems NeuroscienceVolume9May 20152015 -
Development of a Countermeasure to Enhance Sensorimotor Adaptation to Altered Gravity Levels
NASA HRP Investigators’ WorkshopGalveston, TX2015 -
Combining ergometer exercise and artificial gravity in a compact-radius centrifuge
Acta AstronauticaVolume113pp.80-884/21/152015 -
Sensory-Motor Adaptation What Have We Learned in 40 Years?
Winter Conference on Brain ResearchStemaboat Springs, CO1/24/142014 -
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Studying the Innate Capacity for Sensorimotor Adaptaion to Altered Gravity Levels (abstract and poster)
NASA Human Research Program Investigator’s WorkshopGalveston, TXFeb. 11-13, 20142014 -
Human perception of Roll Tilt in Hyper-Gravity: Experiments and Modeling (abstract and poster)
XXVIIIth Barany Society MeetingBuenosAires, ArgentinaMay 25-28, 20142014 -
Combining Ergometer Exercise and Artificial Gravity
65th International Astronautical CongressToronto, Canada2014 -
Human Modeling and Experimentation under Artificial gravityusing the MIT Compact Radius Centrifuge (poster)
NASA’s Human research Program Investigators’ WorkshopGalveston, TXFeb. 11-13, 20142014