Thin, Flexible Carbon Nanotubes with Tunable Chiral Properties
Rice University scientists have found two methods for fabricating wafer-scale synthetic chiral carbon nanotube (CNT) assemblies from achiral mixtures.
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Rice University scientists have found two methods for fabricating wafer-scale synthetic chiral carbon nanotube (CNT) assemblies from achiral mixtures.
A property of ferroelectric 2D materials has been disclosed by the materials scientist Boris Yakobson of Rice University and his collaborators. This property could be used as a feature in future devices.
Similar to a giraffe reaching upward for leaves on a tall tree, causing carbon nanotubes to stretch for food as they grow may result in a long-sought revolution.
Boris Yakobson, a materials theorist at Rice’s George R. Brown School of Engineering, and his colleagues believe that altering the contour of a layer of 2D material, and hence the interactions between its atoms may be easier than previously imagined.
Skipping forward in a line is rough, but at times it can be accepted. This is very true, especially in the case of salt.