Available to watch now, IOP Publishing's journal, 2D Materials, explores the future of 2D materials: grand challenges and opportunities. Sponsored by Paragraf
Read article: The future of 2D materials: grand challenges and opportunities
First direct observations made of a lattice structure consisting solely of electrons
Read article: Wigner crystal appears in bilayer graphene
James McKenzie explains why graphene is finally delivering on its promise
Read article: Graphene at 20: why the ‘wonder material’ is finally coming good
Scanning microwave impedance microscopy technique could help scientists better understand materials like twisted bilayer graphene
Read article: Local twist angles in graphene come into view
New technique could help integrate materials such as graphene into real-world devices
Read article: Sticky UV-sensitive tape makes 2D material transfers easier
New two-dimensional compound could be used to study interactions that produce unconventional superconductivity and related quantum phenomena
Read article: Heavy fermions appear in a layered intermetallic crystal
Nanoclusters of krypton and xenon directly imaged at room temperature for the first time thanks to confining layers of graphene
Read article: Snapshot of noble gas atoms emerges from within a graphene sandwich
Epigraphene could boost the performance of electronic devices
Read article: Graphene-based semiconductor has a useful bandgap and high electron mobility
New finding could prove useful for developing 2D topological and spintronic devices, such as racetrack memory, logic gates and spin nano-oscillators
Read article: Giant skyrmion topological Hall effect appears in a two-dimensional ferromagnetic crystal at room temperature
Multiferroicity could be used to design ultralow power, high-capacity and high-speed data storage devices for classical and quantum computing
Read article: Rare electronic states appear in five-layer graphene
