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In article number 1803274, Dirk J. Broer, Albertus P. H. J. Schenning, and co‐workers fabricate multi‐stable, re‐ and pre‐configurable visible light responsive surface topographies by using low illumination doses. Preliminary studies reveal that these light responsive polymers are suitable as adaptive biological surfaces. The authors would like to thank Karel Haesevoets for the cover design and the...
Light responsive materials that are able to change their shape are becoming increasingly important. However, preconfigurable bistable or even multi‐stable visible light responsive coatings have not been reported yet. Such materials will require less energy to actuate and will have a longer lifetime. Here, it is shown that fluorinated azobenzenes can be used to create rewritable and pre‐configurable...
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