Chiral copolymer gels demonstrate unmatched ability to differentiate enantiomers, indicating significant advancements in alignment media.
Helically chiral polyaryl acetylenes based on 4‐ethinylated benzoic acid amid derivatives of different amino acids crosslinked by polydimethyl siloxane diynes form stable gels suited as new chiral SAG ( strain‐induced alignment in a gel ) media. Their robust synthesis is hardly error‐prone; they swell in CDCl 3 , dichloromethane, THF and toluene; the alignment strength is scalable; and their ability to differentiate the enantiomers of chiral analytes is unrivaled as compared with other SAG media.
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Kornett et al. (2025) studied this question.
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