Poly(acetylene azobenzene oligoethylene glycol) with Concurrently Reversible Photomechanical and Photoelectric Responsiveness upon Ultraviolet Irradiation

Most multiple-responsive materials are limited to a single response mode to a stimulus. Herein, we present a unique conjugate azopolymer, poly(acetylene azobenzene oligoethylene glycol) (P(AAzo-OEG<sub>4</sub>)), that concurrently exhibits both reversible photomechanical and photoelectri...

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Bibliographic Details
Main Author:	Xinfeng Tao (1514074) (author)
Other Authors:	Ciyin Shen (21076138) (author), Qixia Hua (21076141) (author), Sheng Jin (7135568) (author), Yuan Yao (31223) (author), Shaoliang Lin (1468432) (author)
Published:	2025
Subjects:	Biophysics Neuroscience Biotechnology Mental Health Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified specific phototunable mechanical polyacetylene backbone adorned multifunctional photosensitive polymers induced volume expansion composite films could unique conjugate azopolymer photocontrolled logical sensors azobenzene pendants endows single response mode concurrently reversible photomechanical oeg tails promote reversible photomechanical azobenzene pendants single material photocontrolled switch concurrently exhibits azopolymer features two types study provides straightforward strategy state conductivity responsive materials repeatable doubling promising candidate promising avenues photothermal effect photodriven gripper oligoethylene glycol natural light forming capabilities fabricating photoactuators electrical responsiveness cyclic irradiation conjugated skeleton blue light
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Poly(acetylene azobenzene oligoethylene glycol) with Concurrently Reversible Photomechanical and Photoelectric Responsiveness upon Ultraviolet Irradiation

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