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But despite the thousands of research papers devoted to buckyballs, practical applications remain elusive.
The researchers suggest that this coupling between the electron's energy and the movement of the buckyball may have eventual applications in very precise control of electron flow in molecular-scale devices.
The researchers don't expect to be able to use their buckyball amplifiers for practical applications anytime soon.
Trapping other metals in the buckyball could lead to different applications.
As applications for pure buckyballs fell away, chemists developed techniques for adding branches of other molecules to the outside of the buckyballs and for encapsulating atoms within buckyballs.
For researchers still in the field, those efforts look as if they will pay off in medical applications, where the buckyballs' costs are not prohibitively high.
In the 1990s a method was announced for producing buckyballs in large quantities, and practical applications appeared likely.
This study may shed lights on the buckyball dynamic mechanical behavior and its application in energy absorption devices and inspire the related experimental work.
This most promising application of buckyballs involves breaking them apart.
Dr. Loutfy at Materials and Electrochemical Research said he thought the "killer application" for buckyballs might soon arrive, an application that was not originally foreseen.
Buckyball superconductors could potentially be more amenable for some applications, but buckyballs also have complications: they tend to degrade in the presence of oxygen.
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