4.8 Article

Broken vows: Separation of carbene and the lone pair unleashes dicationic revelry

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CHEM
卷 9, 期 11, 页码 3022-3025

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CELL PRESS
DOI: 10.1016/j.chempr.2023.10.010

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This study demonstrates the significance of designing the local chemical environment to achieve desired stabilization and reactivity in low-valent main-group centers using iminate ligands.
Aiming to isolate R2C2+ carbodication-a reactive intermediate that defies the octet rule-Loh, Bertrand, et al. employ iminate ligands to formally double oxidize a carbene, yielding [R2C=N=C=N=CR2]2+ cumulenic species. This illustrates the crucial role of local chemical environment design in achieving the desired stabilization and reactivity in low-valent main-group centers.

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