Graphene-enhanced ethanol thin film sensors
A collaboration between, the King Abdullah University of Science and Technology, the North Dakota State University and Yancheng Institute of Industry Technology demonstrate alcohol recognition on transparent and flexible thin film sensors. The technology relies
Ultrafast growth and ultrahigh quality obtained by new production technology
A collaboration between Peking University, UNIST and others, demonstrate ultrafast and ultrahigh quality growth of CVD graphene. Since the first demonstration of CVD graphene, its wider adoption and production has been hampered with
Gate dielectric production technology for 2D material electronics
A collaboration between, Duke and Seattle Universities with IBM demonstrate a new method to produce high quality gate dielectrics for 2D material electronics. The production method relies on the use of atomic layer
Telluride growth on graphene
Scientists from the Chinese Academy of Sciences and the Collaborative Innovation Center of Quantum Matter in Beijing demonstrate growth of telluride films on graphene. The experiments were performed in ultra-high vacuum, with graphene being prepared
Light emission from monolayer MoS2
Scientists at the Vienna University of Technology and the Skolvovo Institute of Science and Technology demonstrate light emission from atomically thin molybdenum disulfide. The scientists, writing in Advanced Materials, prepared their devices by suspending monolayer
Graphene foams manufactured from sugar on nickel
Writing in ACS Nano, a collaborative study from Rice University and Tianjin University demonstrate the successful synthesis of graphene foams from sucrose.The 3D foams are synthesized by annealing nickel and sucrose with a high power