Abstract
AbstractWe report a polymer‐stabilized isotropic liquid crystal mode comprising submicro‐structured nematic liquid crystal polymer composites as an ultrafast display mode with sub‐millisecond response time. Electro‐optic Kerr effect is observed at the temperature lower than nematic‐isotropic transition temperature of the liquid crystal; the liquid crystal polymer composite in the cell exhibits an optically isotropic state at field‐off state and optical birefringence at field‐on state. The optically isotropic state of the liquid crystal at room temperature is achieved by randomly oriented polymer network formed.in the isotropic phase at an elevated temperature. In‐plane switching mode is used to induce the birefringence along the direction parallel to substrates.
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