Title :
Three dimensional motion picture technologies
Author :
Aoshima, K. ; Kinjo, H. ; Machida, K. ; Kato, D. ; Kuga, K. ; Mishina, T. ; Kikuchi, H. ; Shimidzu, N.
Author_Institution :
Sci. & Technol. Res. Labs., NHK (Japan Broadcasting Corp.), Tokyo, Japan
Abstract :
We introduce various 3D motion picture technologies, from the commercially available stereogram to a spatial image methods such as holography. We show a magneto optical spatial light modulator with sub-micron pixels driven by spin transfer switching (spin SLM) as a holography display device. It has a potential to solve the long-standing narrow viewing zone issue. We have developed the spin SLM with a transistor back plane which plays an important role for extending large scale. The fabricated spin SLM has 10 × 5 pixels with magnetic tunneling junctions with backplane transistors. We have successfully demonstrated its electrical operation with as low current density as 0.6 MA/cm2 which is one of the smallest current density with spin transfer switching, and confirmed its contrast change by magnetization switching in light modulation elements. In summary, we have shown that the Spin SLM with backplane transistor technology could be crucial technology to solve the critical issue for the electrical holography.
Keywords :
current density; holographic displays; magnetic tunnelling; magnetisation; magneto-optical modulation; spatial light modulators; 3D motion picture technology; backplane transistor technology; holography display device; light modulation elements; magnetic tunneling junctions; magnetization switching; magneto-optical spatial light modulator; spin SLM; spin transfer switching; stereogram; Holography; Magnetic tunneling; Modulation; Motion pictures; Optical switches; Three-dimensional displays; 3 dimensional motion picture; Spatial light modulator; holography; spin transfer switching;
Conference_Titel :
Industry Applications Society Annual Meeting, 2014 IEEE
Conference_Location :
Vancouver, BC
DOI :
10.1109/IAS.2014.6978440