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2013-05-29 Thinnest semiconductor grown from MoS2 crystals
Columbia University researchers studied how MoS2 crystals stitch together, helping them understand the optical and electronic properties of the material.
2015-06-24 Scalable production of low-temperature 2D MoS2 films
Researchers at the University of Southampton's Zepler Institute characterised large-area 2D films of molybdenum disulphide at room temperature using a process that is scalable to any size wafer.
2016-02-03 Promising 2D material opens path for next-gen spintronics
Researchers from NUS and Yale-NUS College have established the mechanisms for spin motion in molybdenum disulphide (MoS2), an emerging 2D material that shows potential for low-power devices.
2013-03-25 Memory prototype made up of mineral, graphene
EPFL researchers have developed a flash memory prototype that leverages the electronic capabilities of the mineral molybdenite and the conductivity of graphene.
2014-07-01 2D graphene nanosheets developed using Scotch-tape method
A team of researchers looked into the physics, kinetics and energetics behind the regarded "Scotch-tape" technique using molybdenum disulphide (MoS2) atomic layers as a model material.
2015-07-23 What will drive 5G to the next level?
NYU Wireless has spent years creating mmW channel modes. Nevertheless, detailed system designs and improved architectures must be developed before mmW products can enter the market in a real way.
2015-02-25 Thin sensors boast high-level gas, chemical detection
UC scientists have built sensors made of molybdenum disulphidesmall, thin and highly sensitive to gases and chemical vapours including ethanol, acetonitrile, toluene, chloroform.
2012-08-28 Molybdenum disulfide presents 2D platform for electronics
Research on molybdenum disulfide promises new applications geared at electronic devices, placing it on the same level as graphene.
2011-02-04 Molybdenite touted to be better than silicon
Molybdenite is an inherently two-dimensional material, permitting fabrication of thin films as thin as 6.5?. It has real potential in the production of very small transistors, LEDs and solar cells.
2015-04-02 CVD graphene available on 100mm x 200mm substrates
The high-quality polycrystalline graphene films promise to outperform what the competition can deliver in terms of low defect density and high mobility.
2015-12-02 Carbon-reducing technologies target climate change
There is little doubt that the climate is heating up and that it is due to the production of greens-house gases, which have been steadily increasing since the maturation of the industrial revolution.
2015-03-06 Black phosphorus is the new graphene
Graphene is considered to be one of the 2D materials that will replace silicon by 2028. A researcher, however, says that black phosphorus may be the next rock star of raw materials for electronics.
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