Atomically precise synthesis of three-dimensional boron–nitrogen (BN)-based helical
structures constitutes an undeveloped field with challenges in synthetic chemistry. Herein …

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

Intramolecular alkyne aromatization is a powerful tool that enables the synthesis of
nonplanar polycyclic aromatic hydrocarbons. Herein, an unexpected intramolecular alkyne …

Incorporating heteroatoms, such as nitrogen, oxygen, and/or sulfur atoms, into cycloarenes
can effectively regulate their molecular geometries and (opto) electronic properties …

Solvent polarity control as an efficient methodology to regulate the chiroptical properties,
including spectral shape, width, intensity, wavelength, etc., has emerged as a novel frontier …

Boron-doped acenes have attracted attention due to their unique structures and intriguing
luminescent properties. However, the hitherto known boron-doped acenes have only one or …

Introducing helical subunits into negatively curved π-systems has a significant effect on both
the molecular geometry and photophysical properties; however, the synthesis of these …

The change in local, semi-local and peripheral aromaticity of coronene upon gradual
replacement of its peripheral CC bonds with BN bonds, starting from the C3h symmetrical 3 …

The in‐depth research on the charge transport properties of BN‐embedded polycyclic
aromatic hydrocarbons (BN‐PAHs) still lags far behind studies of their emitting properties …

Azaacene diimides are expected to possess deep lowest unoccupied molecular orbital
(LUMO) levels and narrower bandgaps while maintaining excellent solubility and enhanced …