Publication | Open Access
Gigantic chiroptical enhancements in polyfluorene copolymers bearing bulky neomenthyl groups: importance of alternating sequences of chiral and achiral fluorene units
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Citations
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References
2013
Year
EngineeringResponsive PolymersChemistryGround SatePolymer MaterialPhotopolymer NetworkBiophysicsPolymer ChemistryGigantic Chiroptical EnhancementsPhotochemistryPolyfluorene CopolymersAchiral Fluorene UnitsSupramolecular PolymerBlock Co-polymersSelf-assemblyPolymer ScienceAnisotropy FactorConjugated PolymerFunctional PolymerGround StatePolymer Synthesis
An alternating copolymer consisting of achiral and chiral units emits remarkably efficient CPL on photo-excitation. The main-chain twist bias is enhanced by thermal annealing by the factor of 104 in the ground state. An anisotropy factor of the polymer in the excited state is greater by approximately an order of magnitude compared with that in the ground sate.
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