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This is a In Vitro Study study.

August 25, 2025ChemPhysChemOpen Access

From Anti‐Van't Hoff Le Bel Molecules of C₆NH to Astronomically Relevant and Experimentally Known and Unknown Carbenes

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Computational study identifies anti-van't Hoff Le Bel molecules and their properties in C6NH, suggesting pathways to known and unknown carbenes.

The study identifies four stationary points with planar tetracoordinate carbon molecules in C6NH, with significant implications for chemical theory.
A total of 99 stationary points were found in C6NH, with energies ranging from 0.00 to 186.95 kcal mol −1 using density functional theory.
Investigations using coupled-cluster calculations revealed known and new carbenes with notable dipole moments, including 4.86 and 3.56 Debye for two isomers.
The formation pathways of these carbenes are highly exothermic, pointing to potential synthetic routes for unreported compounds.

Shajan et al. (2025) studied this question.

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Computational study identifies anti-van't Hoff Le Bel molecules and their properties in C6NH, suggesting pathways to known and unknown carbenes.