Read article: New semiconductor cools computer chips
New semiconductor cools computer chips
High-thermal-conductivity boron arsenide is better at removing heat than the best thermal-management devices available today
Read article: New semiconductor cools computer chips
Read article: Backward-travelling sound wave appears in a metamaterial
Backward-travelling sound wave appears in a metamaterial
Simulations suggest that so-called rotons might be engineered under ambient conditions
Read article: Direct image of an electron orbit in an exciton is a first, say researchers
Direct image of an electron orbit in an exciton is a first, say researchers
Laser pulses and electron microscope used to track electrons in a 2D semiconductor
Read article: Surface electromagnetic fields mapped in 3D at the nanoscale
Surface electromagnetic fields mapped in 3D at the nanoscale
Images may aid the development of nanomaterials that dissipate heat more efficiently
Read article: Graphene beam splitter gives electron quantum optics a boost
Graphene beam splitter gives electron quantum optics a boost
Device could allow electron interferometry to be used in nanotechnology and quantum computing
Read article: Transistor-like device controls graphene’s electronic properties
Transistor-like device controls graphene’s electronic properties
Small gate voltage switches carbon sheet's nonlinear behaviour on and off
Read article: Disorder enhances transport in 1D systems, calculations reveal
Disorder enhances transport in 1D systems, calculations reveal
Effect could be exploited to boost conductivity in nanowires
Read article: Bad metals turn over a new leaf
Bad metals turn over a new leaf
Optical measurements reveal the origin of unconventional behaviour near the transition between conductors and insulators
Read article: Diamond defects reveal viscous currents in graphene
Diamond defects reveal viscous currents in graphene
Researchers image nanoscale magnetic field fluctuations in 2D carbon at room temperature
Read article: ‘Magic-angle’ graphene doubles up
‘Magic-angle’ graphene doubles up
New platform could be used to investigate high-temperature superconductivity and correlated quantum phases
