Twisted nanographenes showcase unique helical structures, resulting in three stereogenic elements in their framework.
The study highlights molecules created through a one-pot tandem Scholl reaction.
Synthesized nanographenes have potential implications for advanced materials in nanotechnology and organic electronics.
The findings encourage exploration in supramolecular chemistry and new π-framework designs.
Abstract
Two twisted nanographene molecules are synthesized by the one-pot tandem Scholl reaction. The unique helical–axial–helical structure endows three stereogenic elements in a π-framework.