Read article: Why carbon is an amazing material – part two
Why carbon is an amazing material – part two
Nanocarbon’s remarkable electronic qualities originate from its atomic and molecular properties
Read article: Why carbon is an amazing material – part two
Read article: Superconductivity signatures seen in trilayer graphene
Superconductivity signatures seen in trilayer graphene
Moiré superlattice material could be the ideal platform in which to study strong correlated physics
Read article: Perovskites a single crystal unit thick stand free
Perovskites a single crystal unit thick stand free
Researchers overturn previous conclusions that free-standing perovskite must be at least five layers thick
Read article: A 3D view on 2D materials
A 3D view on 2D materials
Flatlands pioneer and Nobel laureate Kostya Novoselov talks about the 3D future of 2D materials in heterostructures
Read article: Diamond quantum microscope images nanoscale features in 2D magnets
Diamond quantum microscope images nanoscale features in 2D magnets
Single-spin microscopy sheds light on 2D magnets including a puzzling anomaly in the properties of 2D CrI3 crystals
Read article: Niobium telluride could be a topological superconductor
Niobium telluride could be a topological superconductor
The material also shows anisotropic magnetoresistance
Read article: Seven rules for nanotech innovation
Seven rules for nanotech innovation
Serial entrepreneur Tim Harper shares lessons from 20 years of good, bad and (occasionally) ugly experiences of starting and running nanotech businesses
Read article: Ionic scissors cut out phosphorene nanoribbons
Ionic scissors cut out phosphorene nanoribbons
The new materials are predicted to have a wide range of technologically useful and even exotic properties
Read article: Researchers solve magic angle mystery
Researchers solve magic angle mystery
The origin of these angles in twisted bilayer graphene may be fundamentally connected to the quantum Hall effect, say Harvard researchers
Read article: Thermal transport goes ballistic across 2D thin films
Thermal transport goes ballistic across 2D thin films
Unexpected result will have implications for electronic device cooling
