New photorefractive material development for new updatable holographic three-dimensional display Conference

Yamamoto, M, Lin, W, Gu, T et al. (2008). New photorefractive material development for new updatable holographic three-dimensional display . 3 1649-1652.

cited authors

  • Yamamoto, M; Lin, W; Gu, T; Flores, D; Wang, P; Tay, S; Blanche, PA; Voorakaranam, R; Tunc, AV; Li, G; St Hilaire, P; Thomas, J; Norwood, RA; Peyghambarian, N

authors

abstract

  • We have successfully developed novel organic polymer-based photorefractive materials which have both good diffraction efficiency and long grating persistency. Developed materials were succeeded in principle-proving concept of novel, highly image-persistent, and rewritable holographic display systems. By using the materials, we are also aiming for developments of holographic rewritable display devices which require 3D visualization in application areas such as medical imaging, industrial CAD-CAM design, and security devices.

publication date

  • December 1, 2008

start page

  • 1649

end page

  • 1652

volume

  • 3