The metathesis reaction between carbonyl compounds and olefins has emerged as a potent
strategy for facilitating swift functional group interconversion and the construction of intricate …

Synthetic chemists have learned to mimic nature in using hydrogen bonds and other weak
interactions to dictate the spatial arrangement of reaction substrates and to stabilize …

Skeletal editing is an important strategy in organic synthesis as it modifies the carbon
backbone to tailor molecular structures with precision, enabling access to compounds with …

Over the last half‐decade, routes towards accessing halogenated compounds of value such
as bioactive pharmaceuticals, organic building blocks has been of interest to the synthetic …

The carbonyl–olefin metathesis (COM) reaction is an attractive approach for the formation of
a new carbon–carbon double bond from a carbonyl precursor. In principle, this reaction can …

Substituted pyrans and furans are core structures found in a wide variety of natural products
and biologically active compounds. Herein, we report a practical and mild catalytic method …

Nowadays, silica is used to make green tire, as silica improve the wet skid resistance and
rolling resistance of rubber. The key point is that the poor compatibility and interface …

The halolactonization reaction provides rapid access to densely functionalized lactones from
unsaturated carboxylic acids. The endo/exo regioselectivity of this cyclization reaction is …

A computational and experimental study of the hydrazine-catalyzed ring-opening carbonyl–
olefin metathesis of norbornenes is described. Detailed theoretical investigation of the …

The synthesis of quinoxaline derivatives holds critical importance in various fields ranging
from pharmaceuticals to material science. In this study, we introduce a practical light …