Local magnetic moments have been spotted emerging from electron–electron interactions in an organic system for the first time
Read article: Kagome geometry produces magnetism in a 2D organic material
Topological feature could prove useful for dissipationless spintronics
Read article: Stacking order in a 2D magnet produces Dirac magnons
New technology produces high-quality nanostructures for use in advanced electronic and optoelectronic applications
Read article: Squashed carbon nanotubes make smooth nanoribbons
Prototype device is 100 times more sensitive than commercial versions and 10 times more sensitive than graphene-based alternatives
Read article: Monolayer strain sensor sets new record
Ultra-pure sample of single-crystal carbon monolayer measures 4 × 7 cm
Read article: ‘Most perfect graphene ever’ grows fold-free on metal foil
Researchers create a completely new laser design based on a graphene-like structure
Read article: Moiré superlattice makes magic-angle laser
Terraces on metal substrate stabilize growth of 2D material
Read article: Double-layered borophene is created at long last
Observations show that sheets of silicene naturally transform into single-domain structures when extra silicon atoms are added
Read article: Scientists watch 2D material defects evolve in real time
2D form of carbon transforms into a high-temperature superconductor if placed near a Bose–Einstein condensate, say theorists
Read article: ‘Bogolons’ make graphene superconducting
Material is resilient to high magnetic fields
Read article: Twisted trilayer graphene could be a spin-triplet superconductor
