Looks like more so than carbon nanotubes. This attribute is key to using the material in electronic devices such as actuators, valves in labs-on-a-chip and electronic paper.
From the link:
Physicists at UC San Diego and Boston University think so. In a paper published in the journal Physical Review B, the scientists say the propensity of graphene—a single layer of carbon atoms arranged in a honeycomb lattice— to stick to itself and form carbon “nanoscrolls” could be controlled electrostatically to form a myriad of new devices.
Unlike carbon nanotubes—cylindrical molecules of pure carbon with novel properties that have become the focus of much of the attention of new application in electronics and materials development—carbon nanoscrolls retain open edges and have no caps.
“As a result, nanoscrolls can change their shape and their inner and outer diameters, while nanotubes cannot,” said Michael Fogler, an associate professor of physics at UCSD and the first author of the paper.