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

Planarized triarylboranes are attracting increasing attention not only as models of boron-
doped graphenes, but also as promising materials for organic optoelectronics. In particular …

Boron-doped polycyclic aromatic hydrocarbons are an emerging class of material. The
incorporation of electrophilic boron atoms into aromatic system can modify the electronic …

A novel synthetic strategy was developed for the construction of difficult‐to‐access
structurally constrained boron‐doped polycyclic aromatic hydrocarbons (sc‐B‐PAHs) via a …

Stimuli-responsive macrocycles are of importance for synthetic chemistry and smart
materials. In this manuscript, we report two novel organoborane cyclophanes, which were …

The incorporation of boron into the core structure of fused polycyclic aromatics generates
compounds with highly attractive properties that have recently received significant attention …

Research into function-specific optoelectronic organic materials is currently driven by
potential applications in emissive devices, sensors, circuitry, and solar cells.[1] In …

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

Selective and site-specific boron-doping of polycyclic aromatic hydrocarbon frameworks
often give rise to redox and/or photophysical properties that are not easily accessible with …

The development of novel organic semiconductors has continuously promoted the field of
organic optoelectronics. During the past decade, boron-and nitrogen-embedded (BN …