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Spatial light manipulation devices using nonlinear polymeric materials
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DOI：10.1023/A:1021334806009.png)
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Abstract
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An electrically addressed spatial light modulator with 5 x 5 pixels is designed using nonlinear polymeric materials. Resonator structure for the material is proposed to minimize the driving voltages. Side-chain polymer poly-orange tom-1 isophoronedisocyanate (r(33) = 23 pm/V) is used as a material. A modulation efficiency of 4.7% has been realized with 5.1 V-rms applied voltage at a wavelength of 633 nm. Very fast modulation at over 10 MHz has been demonstrated.
Keywords:
electrooptic effect
light modulator
organic material
polymeric material
resonator
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