New technique uses ultrasound to measure the strength of atomic bonds and forces in different phases of indium selenide
Read article: How fast does sound travel through 2D materials? It depends on how their layers stack
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
