fullerene
UK[ˈfʊləriːn]US[ˈfʊləˌriːn]
n
any of a class of hollow molecules composed of carbon atoms arranged in a spherical or tubular structure.
n
the first such molecule to be discovered, a spherical cluster of 60 carbon atoms (buckminsterfullerene).
Morpheme Breakdown
fuller
ene
fuller
name
ene
chemical suffix
Etymology
The term 'fullerene' is a modern scientific coinage, created in 1985 to honor the visionary architect and inventor Richard Buckminster Fuller. His pioneering work on geodesic domes, which are structures composed of a network of triangles forming a roughly spherical surface, directly inspired the name. When scientists discovered a previously unknown, stable carbon molecule composed of 60 atoms arranged in a perfect hollow sphere of pentagons and hexagons, its structural resemblance to a geodesic dome was immediately apparent. Consequently, the molecule was named 'buckminsterfullerene', later generalized to 'fullerene' for the entire class of similar carbon allotropes, with the suffix '-ene' denoting its chemical nature as a hydrocarbon-related form of carbon.
Analysis
Structure: fuller (name) + ene (chemical suffix)
fuller (from the surname 'Fuller', specifically Richard Buckminster Fuller, 20th-century American architect; serves as a proper noun eponym). ene (from Greek '-ēnē', a suffix used in chemistry to form names of unsaturated hydrocarbons, especially those containing double bonds; indicates a type of carbon molecule).
Examples
The discovery of the buckminsterfullerene molecule, shaped like a soccer ball, revolutionized the field of nanotechnology.
Carbon nanotubes are a cylindrical form of fullerene with remarkable strength and electrical properties.
Researchers are studying fullerenes for potential applications in drug delivery systems and organic solar cells.