2D materials Research update Stanene grows on silver Graphene’s heaviest cousin shows promise for nanoelectronics, spintronics and potential quantum-computing applications Read article: Stanene grows on silver
2D materials Research update Lithium niobate makes ultra-high-Q resonators Devices might be used to make ultra-efficient integrated photonics circuits, in quantum photonics and optical communications Read article: Lithium niobate makes ultra-high-Q resonators
2D materials Research update 2D metal oxides synthesized from liquid metal A liquid-metal synthesis procedure could lower fabrication costs and enable mass production Read article: 2D metal oxides synthesized from liquid metal
2D materials Research update Nanosheet actuators lift 150 times their own weight Lifting devices based on molybdenum disulphide nanosheets are powerful, fast and robust Read article: Nanosheet actuators lift 150 times their own weight
2D materials Research update Scanning tunnelling microscope creates all-graphene p–n junctions Varying the tip voltage produces either electron traps or waveguides, integrating electronics and photonics on the same device Read article: Scanning tunnelling microscope creates all-graphene p–n junctions
2D materials Research update Dichalcogenides offer atomically thin alternatives to silicon Hafnium and zirconium oxides make suitable gate dielectrics to allow atomically thin transistors with defect-free interfaces Read article: Dichalcogenides offer atomically thin alternatives to silicon
2D materials Research update Chiral metamaterial enables scatter-free propagation Novel design enables first experimental observation of topological behaviour in a microwave metamaterial Read article: Chiral metamaterial enables scatter-free propagation
Transport properties Research update How to make topological plasmons in graphene Flash Physics: need-to-know updates from the world of physics Read article: How to make topological plasmons in graphene
2D materials Research update Laser-engraved graphene pixels work in extreme environments Laser-writing photoactive junctions in iron-chloride intercalated graphene leads to a photodetector that can operate inside a functioning nuclear reactor Read article: Laser-engraved graphene pixels work in extreme environments
Business and innovation Interview Learning from industry Graphene Square founder Byung Hee Hong reflects on the different challenges of growing graphene and growing a company Read article: Learning from industry