Applied Physics Letters
We report a stressed liquid crystal (SLC) that produce a large shift in phase retardation at submillisecond speeds. The SLC consists of uniformly aligned micro-domains of a liquid crystal dispersed in a polymer structure. Mechanical stress produces uniform alignment, essentially eliminates light scattering, and substantially improves the electro-optic performance. A 22-μm-thick SLC film switches more than 2μm of phase retardation in less than 1ms. The system has a linear voltage response with essentially no hysteresis.
West, John L.; Zhang, Guoqiang; Glushchenko, Anatoliy; and Reznikov, Yurii (2005). Fast Birefringent Mode Stressed Liquid Crystal. Applied Physics Letters 86(3). doi: 10.1063/1.1852720 Retrieved from https://digitalcommons.kent.edu/chempubs/7