Dirac cones could exist in bismuth–antimony films
Band structures could be engineered to create a range of electronic devices
Read article: Dirac cones could exist in bismuth–antimony films
Read article: Dirac cones could exist in bismuth–antimony films
Electrons tunnel nicely through boron nitride
Material could find use in tunnel devices and ultrafast transistors
Read article: Electrons tunnel nicely through boron nitride
‘Designer’ graphene makes its debut
Artificial form of 2D material sheds light on Dirac fermions
Read article: ‘Designer’ graphene makes its debut
Graphene simulated using ultracold atoms
Creation of Dirac points is a first
Read article: Graphene simulated using ultracold atoms
Reeling in cheap plastic solar film
UK start-up creates printable, thin-film solar cells
Read article: Reeling in cheap plastic solar film
Graphene in new ‘battery’ breakthrough?
Cell harvests thermal energy from its surroundings
Read article: Graphene in new ‘battery’ breakthrough?
Could graphynes be better than graphene?
2D carbon-based materials could have exotic electronic properties
Read article: Could graphynes be better than graphene?
Plasmons boost light emission from quantum dots
Hybrid nanostructures could make better LEDs
Read article: Plasmons boost light emission from quantum dots
Researchers make single-atom transistor
Transistor may help in developing a functional quantum computer
Read article: Researchers make single-atom transistor
Optical fibres with integrated semiconductor junctions developed
New fibre could lead to seamless optical-communication systems
Read article: Optical fibres with integrated semiconductor junctions developed
