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
Growth of cracks in hexagonal boron nitride proves surprisingly stable
Read article: ‘Iron man of 2D materials’ defies century-old description of fracture mechanics
A 21st-century version of Fizeau drag shines a spotlight on electron interactions
Read article: Electrons in graphene drag light in their wake
New work could aid the development of more energy-efficient electronic devices
Read article: Topological insulators get a layered twist
Researchers discover a novel polarization switching mechanism in an ultrathin ferroelectric material
Read article: ‘Slidetronics’ makes its debut
Novel light-matter states would have a technological advantage over electronic circuits
Read article: Exotic quantum state could make smallest-ever laser
Aligned carbon nanotube film is much thinner than conventional polarization rotators
Read article: ‘Magic angle’ device can rotate terahertz polarization by 90° or more
Researchers observe two-dimensional "puddles" emerging in a three-dimensional superconductor
Read article: Superconductivity enters a new dimension
