Amplification of dissymmetry factors by dihedral angle engineering in donor-acceptor type circularly polarized luminescence materials

By employing aza[7]helicene as the chiral donor and triazine as the acceptor, we have developed a new type of circularly polarized luminescence material. The influence of the dihedral angle between the donor and acceptor moieties on the dissymmetry factors has been revealed for the first time, providing a novel strategy to amplify dissymmetry factors by engineering the dihedral angles in donor-acceptor type chiral materials.

Automated summary

By using aza[7]helicene as the chiral donor and triazine as the acceptor, a new type of circularly polarized luminescence material has been developed. The influence of the dihedral angle between the donor and acceptor moieties on the dissymmetry factors has been revealed for the first time, offering a novel strategy to enhance dissymmetry factors through engineering the dihedral angles in donor-acceptor type chiral materials.