NUS engineers get closer to spin-wave devices
NUS engineers have developed a method of propagating spin waves in multiple directions, paving the way towards high speed, miniaturised…
Electron pulses control nanomagnets for data storage
Skyrmions are comprised of a spin-correlated ensemble of electrons acting as a topological magnet on certain microscopic surfaces, and its…
Solid-oxide fuel cell achieves 3kW rating
By utilising exhaust heat from power generation, the new system delivers 52% generation efficiency and total energy efficiency of 90%…
Carl Zeiss #1 in critical subsystem list
The collective market share of the top 10 suppliers for 2016 increased from 47% to 49%.
Solid-state device measures quantum-level temperature
The shift to the SI standard should be especially helpful to electronics engineers seeking to measure hot spots on a…
Solder paste improves RFID bond reliability
The SolderPlus paste doesn’t require curing time and can be stored at a higher temperature, requiring less time to thaw,…
Jagged nanowires boost fuel cell performance
Altering platinum nanoscale wires from a smooth surface to a jagged one could dramatically reduce the amount of precious metal…
Half-light, half-matter paves way for faster circuits
Nanophotonic circuits with their large bandwidth can be up to 1 million times faster than current electrical circuits, researchers say.
Toyoda, ASM develop e-Rubber for smart devices
The companies have reached an exclusive licensing deal on the Slide-Ring material used to develop e-Rubber, a smart polymer that…
Water-based film paves way for cheaper semicons
Researchers at the University of Michigan have developed a method to synthesise and deposit crystalline semiconductor films from water at…