三维电影技术

K. Aoshima, H. Kinjou, K. Machida, D. Kato, K. Kuga, T. Mishina, H. Kikuchi, N. Shimidzu
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摘要

我们介绍了各种3D电影技术,从商业上可用的立体图到空间图像方法,如全息。我们展示了一种由自旋转移开关驱动的亚微米像素磁光空间光调制器作为全息显示器件。它有可能解决长期存在的狭窄的观看区问题。我们开发了一种带晶体管背板的自旋SLM,对大规模扩展起着重要的作用。所制备的自旋SLM具有10 × 5像素,具有磁性隧道结和背板晶体管。我们成功地演示了它在低电流密度(0.6 MA/cm2)下的电学工作,这是自旋转移开关的最小电流密度之一,并通过光调制元件的磁化开关证实了它的对比度变化。综上所述,我们已经证明了采用背板晶体管技术的Spin SLM可能是解决电全息关键问题的关键技术。
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Three dimensional motion picture technologies
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.
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