Cambridge University Press / Oxford University Press / Kohler / Rogue Research Inc. / MagStim Company Ltd. / Hess / Morland AB / Vertex / /
Country
United States / Canada / United Kingdom / / /
Facility
University of California Berkeley / National Institute of Health / Tolman Hall / Funding The National Eye Institute / University of California Davis / University of Sussex / University of California / /
IndustryTerm
average stimulation site / motion processing / differential neural processing latencies / stimulation site / anatomical magnetic resonance imaging / cortical processing stage / neural processing / stimulus presentation software / possible neural site / /
MedicalCondition
visual illusion / contraction / /
MedicalTreatment
auditory stimulation / /
NaturalFeature
V5/ mountain / V1/V2 mountain / MT. Vis Cogn / /
Organization
Cambridge University / National Eye Institute / University of California / National Institute of Health / National Science Foundation / UC Berkeley / Department of Psychology / University of Sussex / University of California Davis / Oxford University / /
Person
Gerrit Maus / Arch Gesamte Physiol / Sam Hutton / Elvin Sheykhani / Michael Banissy / Jason Fischer / Thomas Ho¨sker / Nicole Wurnitsch / /
Position
Lappe The Author / rst author / Barlow HB / Burton MP / General / head / /
Cerebral Cortex Advance Access published February 2, 2012 Cerebral Cortex doi:[removed]cercor/bhs021 The Perceived Position of Moving Objects: Transcranial Magnetic Stimulation of Area MT1 Reduces the Flash-Lag Effect