Unlocking Enhanced Switching Capacities in DASA-Functionalized Coordination Complex

The fusion of photoswitchable molecules with coordination chemistry paves the way for the development of smart materials. This study explores the potential of Donor–Acceptor Stenhouse Adducts (DASAs), a novel class of organic photoswitches characterized by negative photochromism and visible-light re...

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Bibliographic Details
Main Author:	Peng-Xuan Zheng (22053593) (author)
Other Authors:	Di-Yu Dou (22053596) (author), Song-Lin Ou (22053599) (author), Ze-Hao Chen (22053602) (author), Tian-Yuan Zhao (10765061) (author), Da-Fan Qi (22053605) (author), Min Zhang (111999) (author), Jian Su (86223) (author), Xin Bao (1593295) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Medicine Genetics Neuroscience Biotechnology Sociology Mental Health Space Science “ water ” site coordination approach overcome inherent limitations organic photoswitches characterized functionalized coordination complex coordination chemistry paves external stimuli provides tunable physical properties photoswitching properties compared environmentally conscious materials parent dasa ligand various stimuli smart materials rewritable materials versatile platform study explores state thermo significant advance photoswitchable molecules novel class negative photochromism molecular devices light responsiveness information encoding individual components functional capabilities first well dynamic behavior
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Unlocking Enhanced Switching Capacities in DASA-Functionalized Coordination Complex

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