‘Slidetronics’ makes its debut
Researchers discover a novel polarization switching mechanism in an ultrathin ferroelectric material
Read article: ‘Slidetronics’ makes its debut
Read article: ‘Slidetronics’ makes its debut
Exotic quantum state could make smallest-ever laser
Novel light-matter states would have a technological advantage over electronic circuits
Read article: Exotic quantum state could make smallest-ever laser
‘Magic angle’ device can rotate terahertz polarization by 90° or more
Aligned carbon nanotube film is much thinner than conventional polarization rotators
Read article: ‘Magic angle’ device can rotate terahertz polarization by 90° or more
Superconductivity enters a new dimension
Researchers observe two-dimensional "puddles" emerging in a three-dimensional superconductor
Read article: Superconductivity enters a new dimension
Transistor-like device controls graphene’s electronic properties
Small gate voltage switches carbon sheet's nonlinear behaviour on and off
Read article: Transistor-like device controls graphene’s electronic properties
Electrons in twisted graphene ‘freeze’ when heated
Entropy measurements reveal an unexpected phase transition analogous to the Pomeranchuk effect in helium-3
Read article: Electrons in twisted graphene ‘freeze’ when heated
Twist direction influences electron behaviour in magnetic bilayers
Electrons in certain layered 2D materials act differently depending on whether the layers are twisted left or right
Read article: Twist direction influences electron behaviour in magnetic bilayers
Quantum dot array could make ultralow-energy switches
Researchers observe nonlinear effect in a new kind of hybrid semiconductor
Read article: Quantum dot array could make ultralow-energy switches
2D boron sheets show novel ‘half-auxetic’ effect
Material always expands regardless of whether it is stretched or compressed
Read article: 2D boron sheets show novel ‘half-auxetic’ effect
Graphene-like boron is stabilized by hydrogen, paving the way for practical applications
Analogue to graphane could be used in batteries and quantum computers
Read article: Graphene-like boron is stabilized by hydrogen, paving the way for practical applications
