Graphene Hot Electron Bolometer May Outperform Existing Technologies
By using bilayer graphene, researchers at the University of Maryland developed a new type of hot electron bolometer, which is expected to be sensitive to…
By using bilayer graphene, researchers at the University of Maryland developed a new type of hot electron bolometer, which is expected to be sensitive to…
Biochemists at UCLA used computer models to identify proteins that could be combined to form tiny molecular cages that are hundreds of times smaller than…
A study from Brown University gives new insight into the process of ion bombardment of metal surfaces and could open the door to new technologies,…
Focusing on balance between her family, religion and work with carbon nanomaterials, Jing Kong has found a home at MIT and has pioneered a new…
A team of scientists have created new material class through the manufacturing of a stable crystalline metafluid. The pentamode metamaterial is extremely light and displays…
Newly published research from Yale University engineers describes a technique that may be influential in developing and understanding new methods for rapidly creating battery electrodes…
Future communication devices may get a big boost in efficiency from terahertz waves and graphene. In a newly published study, scientists at the University of…
Graphene is an amazing material offering high strength, transparency and flexibility with excellent electrical and thermal conductivity, all from a single layer of carbon atoms….
Newly discovered nanotubes may have a big impact environmental cleanup. By adding boron to carbon during the nanotube creating process, researchers found that the resulting…
Starfruit is lending its shape to newly synthesized gold nanorods, whose particles have been found to return signals 25 times stronger than similar nanorods with…
With every new technology there are costs and environmental impacts to consider, and that’s exactly what MIT’s Environmentally Benign Manufacturing research group does. By routinely…
Report of a new method for directly measuring the atomic structure of nanomaterials was published today in the journal Nature. By taking measurements at 69…