Graphene resonators can stand the heat
Carbon-based electromechanical devices operating at over 900 °C would work in harsh or extreme environments
Read article: Graphene resonators can stand the heat
Read article: Graphene resonators can stand the heat
Lasers go to the dark side
Dark-mode resonators provide low-profile, high Q-factor, tuneable lasers
Read article: Lasers go to the dark side
Tiny traps bring quantum magnetic memory under control
Nanostructured superconductor traps tubes of magnetic field to store information
Read article: Tiny traps bring quantum magnetic memory under control
Plasmonic nanoparticles boost light emission
A novel approach to produce embedded plasmonic nanoparticles in a semiconducting layer could improve the efficiency of solid-state lighting
Read article: Plasmonic nanoparticles boost light emission
Perovskites promise cheaper X-ray detectors
New sintering technique offers a simpler way to produce large-area detectors that perform comparably to state-of-the-art cadmium telluride devices
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Camera combines graphene and quantum dots
Device can detect light from infrared to ultraviolet
Read article: Camera combines graphene and quantum dots
Flash Physics: Flytrap robot catches prey, doughnut-shaped ‘planets’, EU dishes out £55m for UK physics
Today's selection of need-to-know updates from the world of physics
Read article: Flash Physics: Flytrap robot catches prey, doughnut-shaped ‘planets’, EU dishes out £55m for UK physics
Nanotube sensors promise smarter performance tracking
Sensors made from carbon nanotubes could offer a superior alternative to current activity tracking technology
Read article: Nanotube sensors promise smarter performance tracking
Researchers see inside integrated circuits at high resolution
Manufacturing highly complex, nanoscale electronics is one thing, but how can we then image them to check what we’ve made?
Read article: Researchers see inside integrated circuits at high resolution
New optical device absorbs just one photon
Rydberg-atom based system could be used in quantum computers
Read article: New optical device absorbs just one photon
