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Influence of Surface Anchoring Energy and Mesogenic Polymer-Stabilization on the Electro-Optic Characteristics of FLCD Exhibiting Half-V-Switching

In this paper, we report that the electrooptic (EO) performance of a polymer stabilized ferroelectric liquid crystal display (PS-FLCD) exhibiting half-V-shaped switching using an FLC material which has no SmA phase-R2301 (Clariant Japan) depends on the surface alignment conditions such as photoalignment and rubbing. It is shown that an FLCD cell fabricated using the photoalignment technique, which produces weak azimuthal anchoring, results in a superior EO performance at a low saturation operation voltage and for a wide cone (deflection) angle compared to those fabricated under a weak-rubbing condition.