Abstract
The Venus flytrap … … is used to illustrate the importance of a framework built from siloxide ligands and a Cs+ ion in capturing abundant CO2 and toxic CS2 under ambient conditions and in promoting their reactions with a bridging nitride in a diuranium(IV) complex. In their Communication on page 4074 ff., M. Mazzanti et al. show how these processes lead to N−C bond formation and afford cyanate, thiocyanate, and unprecedented dicarbamate products. The Venus flytrap … … is used to illustrate the importance of a framework built from siloxide ligands and a Cs+ ion in capturing abundant CO2 and toxic CS2 under ambient conditions and in promoting their reactions with a bridging nitride in a diuranium(IV) complex. In their Communication on page 4074 ff., M. Mazzanti et al. show how these processes lead to N−C bond formation and afford cyanate, thiocyanate, and unprecedented dicarbamate products. Red Phosphorus Magnetic Materials Enantioselective Cyanosilylation
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