Washington / DC / Ann Arbor / White / Bellingham / Nashville / Turner / Elias / /
Company
Cepheid / Ogden / Naval Research Laboratory / HP / MIRC / /
Country
United States / Ireland / /
Currency
USD / / /
Facility
Tennessee State University / Flagstaff Station / Invited Paper Building / U.S. Naval Observatory / University of Michigan / Boswell Science Hall / /
IndustryTerm
e-prints / hierarchical triple star systems / spatial resolution imaging capability / science imaging camera / infrared imaging / electron multiplication technology / imaging / higher precision data products / observable data products / /
Organization
National Science Foundation / Tennessee State University / US Federal Reserve / University of Michigan / Department of Mathematical Sciences / International Society for Optical Engineering / Center of Excellence / /
Person
Francois Reynaud / David Mozurkewich / Françoise Delplancke / D. J. Hutterc / Benson / Hutter / Van Belle / Wesley A. Traub / Johnston / /
Position
author / D. J. / /
ProgrammingLanguage
DC / /
ProvinceOrState
Tennessee / New Mexico / Michigan / New Hampshire / /
PublishedMedium
Astrophysical Journal / Optics Communications / /
Technology
broadband / electron multiplication technology / Detector technology / single mode fiber / MRI / multimode fiber / /
Invited Paper Building the Next Generation Science Camera for the Navy Optical Interferometer A. Ghasempoura , M. W. Muterspaugha,b , D. J. Hutterc , J. D. Monnierd , J. A. Bensonc , J. T. Armstronge , M. H. Williamsona