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A Helical Liquid-Crystal Phase Generated by a Chiral Ester with a Bent-Core Molecular Architecture


  • We thank the Department of Chemistry, University of Hull for providing research facilities, and the EPSRC for financial support. We also thank Dr. Stephen J. Cowling for valuable help with the electrooptical evaluations of tilt angle and spontaneous polarization values. Supporting Information is available online from Wiley InterScience or from the author.


A chiral, nonracemic ester with a bent-core molecular architecture (see figure) has been synthesized and evaluated for mesomorphic behavior and physical properties. The compound has a low melting point, a chiral smectic C phase with a wide temperature range, and it shows an unusually high tilt angle at a very low value of spontaneous polarization. However, the most significant aspect of the compound is the helical structure of the smectic A phase.

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