Lima / Bochum / Frankfurt am Main / Voxel / Erlangen / Sereno / Mahwah / Edinburgh / /
Company
Engel SA / Oxford University Press / Wilson / Pearson / Kohler / Hess / Imaging Data All / Microsoft / Siemens / /
Country
Germany / United States / Australia / / /
Event
M&A / /
Facility
University of New South Wales / Microsoft DirectX library / 5Ernst Strüngmann Institute / Montreal Neurological Institute / Institute of Cognitive Science / Brain Imaging Center / University of Münster / Max Planck Institute / Goethe University / University of Osnabrück / University Bochum / Imaging Center / /
Ernst Strüngmann Institut / Max Planck Society / Montreal Neurological Institute / University of Osnabrück / 5Ernst Strüngmann Institute / 3-Tesla Trio / Imaging Center Frankfurt / Institute of Cognitive Science / University of New South Wales / Sydney / Department of Neurophysiology / University of Münster / 6Frankfurt Institute for Advanced Studies / Stat Assoc. / 3Brain Imaging Center Frankfurt / Oxford University / Thesis Advisory Committee / Max Planck Institute for Brain Research / Ministry of Education / Goethe University / /
Person
Lee / Diana Rosas / Frank Tong / Kerstin Schmidt / Brascamp / Sandra Anti / Michael Wibral / Ulf Ziemann / Caspar Schwiedrzik / Luiz Lana / Arch Psychiatr Nervenkr / Ulrike Nöth / Ralf Deichmann / Vision / Nadine Brehm / Kang / Steffen Volz / Sarah Weigelt / Phil Trans / Randolph Blake / Thomas Sattler / Lawrence Erlbaum / /
Position
rst author / first author / Singer W / surfer / Author / Singer / general linear model for multiple regression / Representative / /
Cerebral Cortex Advance Access published April 1, 2014 Cerebral Cortex doi:cercor/bht342 Surface Area of Early Visual Cortex Predicts Individual Speed of Traveling Waves During Binocular Rivalry