fullereneid

Fullereneid is a hypothetical chemical compound that would be formed by the addition of an electron to a fullerene. Fullerenes are molecules composed entirely of carbon atoms, arranged in a spherical, ellipsoidal, or hollow cage-like structure. The most common fullerene is buckminsterfullerene, with the chemical formula C60.

When a fullerene molecule gains an electron, it becomes a fullerene anion. The resulting species is called a fullereneid. This addition of an electron typically results in a negative charge on the fullerene cage. The electronic structure of the fullerene changes upon electron addition, leading to altered chemical and physical properties.

Fullereneids have been a subject of theoretical interest in chemistry and physics. Researchers explore their potential applications in areas such as organic electronics, catalysis, and as components in advanced materials. The stability and reactivity of fullereneids depend on the specific fullerene structure and the surrounding environment. Studies have investigated the reduction of fullerenes using various chemical and electrochemical methods to produce fullerene anions. The precise nature and characterization of fullereneids continue to be an active area of research.