Synthesis of a Novel Triptycene-Based Molecular Tweezer and Its Complexation with Paraquat Derivatives

A novel triptycene−based molecular tweezer has been synthesized, and its complexation with paraquat derivatives in solution and in the solid
state has been studied. Due to its electron-rich cavity, the molecular tweezer could form stable complexes with paraquat derivatives with
different functional groups. Moreover, it was also found that formation of the complexes was caused by a charge transfer interaction and the
complexes dissociated upon two one-electron reduction of the bipyridinium ring.