Graphynes (GYs) are carbon allotropes with single-atom thickness that feature layered 2D
structure assembled by carbon atoms with sp-and sp2-hybridization form. Various functional …

Flat carbon (sp2 and sp) networks endow the graphdiyne and graphyne families with high
degrees of π-conjunction, uniformly distributed pores, and tunable electronic properties; …

The polarity of a semiconducting molecule affects its intrinsic photophysical properties,
which can be tuned by varying the molecular geometry. Herein, we developed a D3h …

Synthesizing graphdiyne with a well-defined structure is a great challenge. We reported
herein a rational approach to synthesize graphdiyne nanowalls using a modified Glaser …

Two photons are better than one: This principle applies to a wide range of applications,
ranging from engineering to physiology. Recent advances in our understanding of the …

One of the most important objectives in materials, chemical, and physical sciences is the
creation of large conjugated macrocycles with well‐defined shapes, since such molecules …

Carbon nanotubes and graphene have paved the way for the next step in the evolution of
carbon materials. Among the novel forms of carbon allotropes is graphyne–a two …

This report describes the synthetic strategies toward and optoelectronic properties of
substructures of the non-natural, planar carbon networks graphyne and graphdiyne, which …

The search for new molecular and regular polymeric allotropes of carbon has greatly
stimulated the preparation and investigation of π‐conjugated acetylenic macrocycles, which …

After the successful synthesis of fullerene,[1] carbon nanotube,[2] and graphene,[3] new
synthetic carbon allotropes with novel structure and outstanding properties are inspired to …