Sorridevate

Sorridevate is a hypothetical chemical concept used in discussions of coordination chemistry and speculative chemistry to describe a class of compounds formed when sorbate ligands coordinate with metal ions. The term is not a recognized IUPAC name, and there is no experimental evidence confirming the existence of a stable sorridevate compound in real-world systems.

In imagined structures, sorridevate is represented as a metal sorbate complex, commonly written as M(Sorbate)2 for a divalent metal M (for example Ca2+ or Mg2+). Depending on metal size and ligand denticity, the complex could exhibit distorted octahedral or other common coordination geometries. The sorbate ligand is viewed as a derivative of sorbic acid with conjugated double bonds, offering carboxylate and enolate-like binding sites that can mediate chelation and serve as multidentate donors.

Occurrence and verification: Sorridevate appears only in speculative or pedagogical contexts, not in experimental literature or chemical databases. No synthesis or isolation procedure is documented, and the term is used mainly to illustrate concepts such as chelation, ligand denticity, and metal–ligand coordination in teaching materials or fiction.

Etymology and naming: The name combines a reference to sorbate with a suffix reminiscent of derivative nomenclature, signaling a hypothetical connection to sorbate chemistry. It should not be confused with genuine sorbate salts used as food preservatives, such as potassium sorbate.

See also: Sorbate, Sorbic acid, Sorbitol, Metal–sorbate complexes.