Control over topological edges of molecular carbons (MCs) is of importance for achieving
diverse molecular topologies and desirable physical properties. However, it remains very …

Molecular carbons (MCs) are molecular cutouts of carbon materials. Doping with
heteroatoms and constructing open‐shell structures are two powerful approaches to achieve …

Molecular carbons, namely molecular cutout of carbon materials, are of importance for
understanding accurate structures of carbon allotropes and developing functional π-electron …

Abstract Molecular ribbons (MRs), one‐dimentional topological polycyclic aromatic
hydrocarbons (PAHs), are of importance for synthetic chemistry and material sciences …

Highly unsaturated π-rich carbon skeletons afford versatile tuning of structural and
optoelectronic properties of low-dimensional carbon nanostructures. However, methods …

Extending the π‐skeletons of multi‐resonance (MR) organoboron emitters can feasibly
modulate their optoelectronic properties. Here, we first adopt the indolo [3, 2‐b] indole …

Halogenated buckybowls or bowl‐shaped polycyclic aromatic hydrocarbons (BS‐PAHs) are
key building blocks for the “bottom‐up” synthesis of various carbon‐based nanomaterials …

The potency of heteroatom-doping in reshaping optoelectronic properties arises from the
distinct electronegativity variations between heteroatoms and carbon atoms. By …

Aromatic polycyclic systems have been extensively utilized as structural subunits for the
preparation of various functional molecules. Currently, aromatics-based polycyclic systems …

Solar-powered photocatalytic and photoelectrochemical (PEC) water splitting provide two
promising strategies to produce hydrogen for future energy needs. Currently, most …