Amsterdam / Springer / Woodbury / Hoboken / New York / /
Company
Nitto Denko Technical Corporation / Cambridge University Press / MIT Media Laboratory / SLM / Roberts & Company / /
Currency
USD / / /
Facility
MIT Media Laboratory / Massachusetts Institute of Technology / Nihon University / University of Arizona’s College / University of Arizona.4 / /
IndustryTerm
potential applications / photorefractive holographic imaging / energy spectral density distribution / requisite space-bandwidth product / research / telecentric imaging system / hologram algorithm / energy spectral density distributions / coherent imaging theory / energy density / shader processing / photosensitive media / holographic display systems / energy-carrying regions / /
Organization
Cambridge University / Nihon University / University of Arizona’s College of Optical Sciences / MIT Media Lab / Optical Society of America / MIT / U.S. Government / National Intelligence / Massachusetts Institute of Technology / University of Arizona / /
Person
V. M. Bove / Jr. / Daniel Smalley / Hans I. Bjelkhagen / V / James Barabas / J. Barabas / V. Michael Bove / Jr. / L. J. LaComb / Jr. / M. Halle / V / Sundeep Jolly / R. Pappu / S. A. Benton / /
Position
author / Director / Corresponding Author / /
ProvinceOrState
New York / Arizona / Massachusetts / /
PublishedMedium
Chinese Optics Letters / Optics Letters / Journal of Modern Optics / /
Progress in updatable photorefractive polymer-based holographic displays via direct optical writing of computer-generated fringe patterns Sundeep Jolly, James Barabas, Daniel Smalley, and V. Michael Bove, Jr. MIT Media L