The superconducting single-layer T-graphene could be synthesized through a high-pressure precursor
Read article: Single-layer T-graphene could be an intrinsic elemental 2D superconductor
View on demand: a webinar sponsored by Scienta Omicron
Read article: Microscopy with momentum – the next-generation photoemission microscopy tool for 2D materials and beyond
Capacitance measurements and scanning tunnelling microscopy and spectroscopy images provide a deeper understanding of electron behaviour in twisted bilayer graphene
Read article: Direct measurements probe the state of magic-angle twisted graphene
Emergent topological states in the 2D material might be exploited in applications such as low-power magnetic memory
Read article: Ferromagnetism appears in twisted bilayer graphene
Nanocarbon’s remarkable electronic qualities originate from its atomic and molecular properties
Read article: Why carbon is an amazing material – part two
Moiré superlattice material could be the ideal platform in which to study strong correlated physics
Read article: Superconductivity signatures seen in trilayer graphene
Researchers overturn previous conclusions that free-standing perovskite must be at least five layers thick
Read article: Perovskites a single crystal unit thick stand free
Flatlands pioneer and Nobel laureate Kostya Novoselov talks about the 3D future of 2D materials in heterostructures
Read article: A 3D view on 2D materials
Single-spin microscopy sheds light on 2D magnets including a puzzling anomaly in the properties of 2D CrI3 crystals
Read article: Diamond quantum microscope images nanoscale features in 2D magnets
The material also shows anisotropic magnetoresistance
Read article: Niobium telluride could be a topological superconductor
