WiFi signals used to power small electrical devices
Synchronized spin-torque oscillators deliver enough energy to drive a LED
Read article: WiFi signals used to power small electrical devices
Read article: WiFi signals used to power small electrical devices
Ultra-magnetostrictive material shows promise for beyond-CMOS technologies
New material is based on iron and gallium, avoiding the need for expensive and scarce rare-earth elements
Read article: Ultra-magnetostrictive material shows promise for beyond-CMOS technologies
CMOS controller for quantum computer operates at 3 K
Microwave device keeps its cool while connecting spin qubits
Read article: CMOS controller for quantum computer operates at 3 K
Carbon-based inks make first fully recyclable transistors
New devices address the growing problem of electronic waste
Read article: Carbon-based inks make first fully recyclable transistors
Atomic-scale ion transistor could lead to better brain–computer interfaces
Ultrafast device opens and closes channels for selected ions
Read article: Atomic-scale ion transistor could lead to better brain–computer interfaces
Shaped light waves penetrate further into photonic crystals
Result overcomes Bragg-length barrier and could have important applications in optoelectronics
Read article: Shaped light waves penetrate further into photonic crystals
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
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
