Buckyballs
Background of Buckyballs
In 1985 Professors Richard E. Smalley and Robert F. Curl, Jr. of Rice University and
Professor Harold Kroto of the University of Sussex in Brighton, England collaborated to
study carbon clusters. Emerging from their series of experiments, however, was not what
they had anticipated. A C60 molecule, resembling the shape of a soccer ball, dominated
the results. Since the molecule also resembled the geodesic dome shape invented by
architect Buckminster Fuller, it acquired the nicknames Buckminster Fullerene and Bucky
Ball (Figure 1). "
Scientists also discovered a chain of molecules similar to that of C60. These
molecules which are known as "fullerenes" include C28, C70, C84, and C280. Each
fullerene exemplifies unique physical properties that can be utilized to advance
understanding of long-chain molecules and to revolutionize nanotechnology.
Manufacturers of Fullerenes and Carbon
Company: Carbon Nanotechnologies Incorporated
Product(s): Buckytubes
Potential Use(s):
- Biomedical (coatings for prosthetics)
- Energy (batteries and fuel cells)
- Fibers and Fabrics (transmission line cables, textiles)
Company: READE
Product(s): Fullerenes (C60, C70)
Potential Use(s)
- Rubber additives
- Fuel Cells
- Pharmaceuticals
Company: READE
Product(s): Carbon Nanotubes
Potential Use(s)
- semiconductor in electronic devices
- used for resistors, wires
- could shrink the size of storage devices
Company: READE
Product(s): Nanotubes
Potential Use(s)
- Flat-panel displays
- Superconductors