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An atomic force microscope operating in pendulum mode was utilized by SNI network researchers to examine a two-layer graphene device. The outcomes offer empirical evidence that the technique can be applied to adjust the device’s magnetization as well as current flow.
Purdue University's latest laser technologies form the basis of patented methodologies suitable for broad applications, from producing semiconductor oxide thin films to the enhancement of metals used in extreme environmental conditions.
As a 2D material, hBN has been attracting a great deal of research interest for its optical properties and potential applications in photonics.
Rice University has been granted $4.1 million to enhance carbon nanotube (CNT) synthesis, a critical component in the transition to green energy.
Researchers have now demonstrated that the catalytic activity of a metal palladium (Pd) surface for oxidizing carbon monoxide (CO) is enhanced by porous silica sheets less than one nanometer thick.