Read article: Collective electron excitations break down quantum Hall effect in graphene
New measurements will not only be important for fundamental physics but also for applying the effect as a resistance standard for redefining the kilogram
Read article: Graphene plasmon devices take on quality and scale
Encapsulating graphene in hexagonal boron nitride enables tunable plasmon technologies and is now possible at large scales
Read article: Designer metal-organic frameworks grow on graphene
2D honeycomb structures with complex, tuneable electronic properties might be used to realize exotic quantum materials, such as topological insulators
Read article: Topological superconductivity predictions tout graphene for quantum computing
Descriptions of multilayer graphene superlattices with rotations between planes identify new states that may be useful for environmentally robust quantum bits
Read article: Mind the gap
Tushna Commissariat reviews The Graphene Revolution: the Weird Science of the Ultrathin by Brian Clegg
Read article: ‘Twistronics’ tunes 2D material properties
A fundamentally new way to engineer electronics devices
Read article: Steamy study shows how graphene layer affects droplets
Understanding the effects of graphene on surface wetting could be useful for applications that need to control evaporation
Read article: Black hole hologram appears in a graphene flake
Electrons in carbon sheet behave according to the Sachdev-Ye-Kitaev model
Read article: Electron images achieve record-breaking resolution
A sophisticated electron detector has for the first time enabled scientists to reveal sub-angstrom detail in a 2D material
Read article: Characterization service promises graphene industry a leg up
Experts from industry and academia on how the National Physical Laboratory and National Graphene Institute's characterization service could help industry
