Graphene beam splitter gives electron quantum optics a boost
Device could allow electron interferometry to be used in nanotechnology and quantum computing
Read article: Graphene beam splitter gives electron quantum optics a boost
Read article: Graphene beam splitter gives electron quantum optics a boost
Nanoscale degradation of ferroelectric crystals observed for the first time
Charge accumulation drives polarization in the wrong direction
Read article: Nanoscale degradation of ferroelectric crystals observed for the first time
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
Superconductivity and quantum Hall effect coexist in novel nitride material
GaN/NbN heterostructure supports both phenomena – which are usually mutually exclusive – and is now a candidate for topological quantum computing
Read article: Superconductivity and quantum Hall effect coexist in novel nitride material
Flexible detector takes high-resolution X-ray images in 3D
Device might find use in healthcare applications such as portable mammography detectors
Read article: Flexible detector takes high-resolution X-ray images in 3D
Ferroelectric domain wall diodes get flexible
New devices can be erased, positioned and shaped using electric fields
Read article: Ferroelectric domain wall diodes get flexible
Nanotube artificial muscles pick up the pace
Electrochemically powered actuator is unipolar and contracts more when driven faster, unlike previous devices
Read article: Nanotube artificial muscles pick up the pace
Hollow-core fibre boosts optical gyroscope performance
New device could make its way into next-generation guidance and civil navigation systems
Read article: Hollow-core fibre boosts optical gyroscope performance
NASA scientists design a nanoscale complementary vacuum field emission transistor
Device offers immunity to radiation damage
Read article: NASA scientists design a nanoscale complementary vacuum field emission transistor
Silicon qubits find the right position
New work on optimizing the location of phosphorous impurities could help silicon-based quantum processors scale up
Read article: Silicon qubits find the right position
