Four-coordinate organoboron derivatives present interesting chemical, physical, biological,
electronical, and optical properties. Given the increasing demand for the synthesis of smart …

Tetracoordinate boron compounds are a highly important class of molecules, which are the
key intermediates in many organoboron-related chemical transformations and have unique …

The construction of main group heteroatom-stereogenic compounds is of great importance
due to their intriguing chemical, physical, biological, and stereoelectronic properties. Despite …

The ring-opening process was generally considered as the rate-determining step for
aromatic volatile organic compound photocatalytic degradation. A sophisticated and …

Compared with the well-developed carbon-stereogenic chemistry, the construction of boron-
stereogenic compounds remains undeveloped and challenging. Herein, the previously …

Boron dipyrromethenes (BODIPYs) are some of the most popular and indispensable
tetracoordinate boron compounds and have found widespread applications owing to their …

The amine-bis (phenolate) ligands was prepared through a Mannich reaction utilizing two
equivalents of 2, 4-di-tert-butylphenol or 4-tert-butylphenol, two equivalents of formaldehyde …

Boron dipyrromethenes (BODIPYs) are a class of tetracoordinate boron compounds that
have attracted considerable interest in recent decades due to their excellent spectroscopic …

Enantioenriched boron chelates show promising synthetic and luminescent properties;
however, the challenging synthesis makes these compounds scarce. In our earlier work, we …

Molecules stereogenic only at tetrahedral boron atoms show great promise for applications,
for example as chiroptical materials, but are scarcely investigated due to their synthetic …