Understanding how electrons move in 2-D layered material systems could lead to advances in quantum computingPerforming computation using quantum-mechanical phenomena such as superposition and entanglement.”>quantum…
Posts published in “2D Materials”
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The star-like ‘kagome’ molecular structure of the 2D metal-organic material results in strong electronic interactions and non-trivial magnetic properties (left: STM image, right: non-contact AFM).…
New collaborative research describes how electrons move through two different configurations of bilayer graphene, the atomically-thin form of carbon. These results provide insights that researchers…
Ultrafast laser spectroscopy allows observing the motion of atoms at their natural time scales in the range of femtoseconds, the millionth of a billionth of…
Credit: Marilyn Sargent/Berkeley Lab A one-atom-thin 2D magnet developed by Berkeley Lab and UC Berkeley could advance new applications in computing and electronics. The development…
A team of physicists led by the University of Minnesota has discovered that the unique superconducting metal Niobium diselenide (NbSe2) is more resilient when used…
Research team, L-R: Yuval Adiv, Yaniv Kurman, Professor Ido Kaminer, Raphael Dahan and Dr. Kangpeng Wang. Credit: Technion – Israel Institute of Technology A Spatiotemporal…
Artistic representation of the nanoscopic structure of one of the new MIT nanodevices. Two twisted sheets of graphene are represented by the metallic-blue carbon atoms…
A scanning electron microscope image shows branched cracks in a single crystal of 2D hexagonal boron nitride (h-BN). Experiments and computational modelling by Rice University…
SMART researchers have found that phenomena related to the formation of moiré superlattices observed in two-dimensional systems can be translated to tune optical properties of…
Structure of the new carbon network. The upper part shows schematically the linking of the carbon atoms, forming squares, hexagons, and octagons. The lower part…
At the interface between the semimetal (bismuth) and the 2D semiconductor (MoS2), there is no energy barrier for the electron to go through, leading to…
Researchers have used a technique similar to MRI to follow the movement of individual atoms in real time as they cluster together to form two-dimensional…
Using ultraviolet light, researchers probed the electronic characteristics of a 2D semiconductor (purple) as the number of substrate layers (green) increased. In the data maps,…
2D sheets intersect and twist on top of each other, modifying the energy landscape of the materials. Credit: Ventsislav Valev Physicists at the University of…
Simplified schematic picture of the studied device, showing electrical and thermal generation of spin currents in a bilayer graphene/CrSBr heterostructure. The magnetic Co electrodes are…
Tungsten selenide (WSe2) and black phosphorus (BP) do not exhibit polarized electronic behavior until combined such that their structures overlap. Credit: ©2021 Ideue et al.…
Graphene Flagship researchers have developed a new measurement standard for the analysis of graphene and layered materials that could accelerate production and optimize device fabrication.…
Rotation of electron spins in superconductors of atomic-scale thickness may be used to make qubits for quantum computing. Superconductivity is known to be easily destroyed…
Two layers of a 2D-material are stacked, which influences the properties of the material. Credit: Erik Zumalt, Lukas Linhart 2D materials have triggered a boom…