Patterned photoalignment in thin films: Physics and applicationsPhotoalignment of liquid crystals by using azo dye molecules is a commonly proposed alternative
Photoaligned Liquid Crystalline Structures for Photonic Applications,
photoalignment represents a promising non-contact method for the fabrication of patterned surfaces
Azodyes for liquid crystal photoalignment in displays and diffraction optical elementsPhotoalignment on azo dye films is a simple and efficient way to achieve anisotropic ordering
Photo-induced hole dipoles’ mechanism of liquid crystal photoalignmentWe explain the observations and show the existence of the new
photoalignment mechanism based
Liquid crystal applications in e-paper and security films: New trendsOptically rewritable technique based on
photoalignment azodye nanolayers technology
Liquid Crystal Photoalignment Materials Based on Reversible Intermolecular BondsLiquid Crystal
Photoalignment Materials Based on Reversible Intermolecular Bonds
Optically rewritable liquid crystal displays: Characteristics and performanceRecent achievements in the
photoalignment technique for fabrication of optically rewritable