Molecular Tuanble Deformation for New UI/UX and Photonic Applications

Abstract

With increasing demands of high funtionalities in electronic and photonic devices high functional materials properties are also required. Material properties control by deforming molecular or inter-molecular structutures in soft matter is beneficially utilized for high functional devices. We discuss electro active materials and soft actuator devices. Molecular deformed soft actuation for new UI/UX applications such as haptic touch, shape deformation and surface speaker are studied. Also, chiral molecular cavity structure and defomation is discused for tunable optical filter and chiral laser applications.