of pillar[5]arene-based supramolecular assemblies for mimicking the light
harvesting system. Therefore, this work not only provided a novel model for
fabricating artificial light-harvesting systems but also extended the potential applications of pillararenes in the field of optoelectronic materials.
Fig. 22 Chemical structures of H, G1, G2, and G0 and the cartoon representation of the
construction of two kinds of FRET-capable functional supramolecular polymers. (Reprinted with
permission from [47]. Copyright (2015) Royal Society of Chemistry)
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F. Gu and X. Ma
harvesting system. Therefore, this work not only provided a novel model for
fabricating artificial light-harvesting systems but also extended the potential applications of pillararenes in the field of optoelectronic materials.
Fig. 22 Chemical structures of H, G1, G2, and G0 and the cartoon representation of the
construction of two kinds of FRET-capable functional supramolecular polymers. (Reprinted with
permission from [47]. Copyright (2015) Royal Society of Chemistry)
478
F. Gu and X. Ma