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- W2919993604 abstract "The development of stimuli-responsive functional materials is among the key goals of modern materials science. The structure and properties of such switchable materials can be designed to be controlled by various stimuli, among which light is frequently the most powerful trigger. Light is a gentle energy source that can target materials remotely, with extremely high spatial and temporal resolution, easily and cheaply. Light control over molecular alignment in particular has, in recent years, attracted significant interest, due to potential applications as reconfigurable photonic elements and optical-to-mechanical energy conversion. We introduce some key current research areas of photo-driven molecular alignment methods and highlight some of their recent applications using photo-chemical, photo-physical, and photo-physico-chemical systems. Photo-chemical and photo-physical alignment processes especially benefit from well-established theoretical understanding. The latest class, photo-physico-chemical alignment methods, where alignment shear stress arises from molecular diffusion, is also now just being approached theoretically, to help rationalize and thus optimize this new type of molecular alignment system. Twisting, aligning, and bending materials with light are exciting effects in particular that can offer important and significant advantages to many applied fields and warrant much further study and applications. Continued efforts toward the development of molecular alignment control with light can open new possibilities and opportunities for new future applications of functional soft materials for next-generation effects and devices." @default.
- W2919993604 created "2019-03-11" @default.
- W2919993604 creator A5065753215 @default.
- W2919993604 creator A5083969954 @default.
- W2919993604 creator A5087518548 @default.
- W2919993604 date "2019-02-27" @default.
- W2919993604 modified "2023-09-26" @default.
- W2919993604 title "Photo‐Control of Molecular Alignment for Photonic and Mechanical Applications" @default.
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