Not exact matches
To make DNA visible, a team at the University of South Carolina, Columbia — including chemists James Tour, Alan Cassell, and Walter Scrivens — attached positively
charged ammonium groups to the neutral
buckyballs, then mixed the
buckyballs with rings and strands of DNA.
Almost a decade later astronomers saw spectral features in interstellar gas that looked consistent with positively
charged versions of
buckyballs, and the connection was confirmed in 2015 when researchers matched those features to the spectrum of
buckyballs created under spacelike conditions in the lab.
Then in 1991, while studying the unique atomic structures called
buckyballs, which are created by electrically
charging carbon soot, Sumio Iijima of Meijo University in Nagoya, Japan, discovered the first nanotubes — fantastically strong cylindrical carbon - atom constructions less than two nanometers wide and of varying lengths.
The nanosheets, which are made of the molecular
charge - transfer compound DBTTF and
buckyball molecules, can expand up to 5.7 percent of its original size.