Electron beam turns nanorods into multistate switches
At about 200 nanometres long, 500 of the metal rods placed end-to-end would span the width of a human hair,…
CMOS-compatible memristors closely mimic synapses
Compared to three-terminal CMOS synaptic circuits, the two-terminal device doesn't require complex circuitry to simulate synaptic behaviour.
Start-up secures $1M to develop diamond-based electronics
Evince Technology is developing a new family of devices including a diode, an embedded field emission triode and a bidirectional…
SnIP: One-dimensional equivalent of carbon nanotubes?
Through appropriate doping, the researchers expect the novel material to lend itself to many applications in the electronic industry.
Squeezing more onto increasingly limited wafer space
The new method is much faster, and reduces the number of steps in the process to just two: lithography and…
Roll-process technology packages flexible silicon ICs
The final silicon-based flexible NAND memory demonstrates stable memory operations and interconnections even under severe bending conditions.
Heat-responsive 3D-printed items ‘remember’ their shapes
The structures spring back to their original forms within seconds of being heated to a certain temperature “sweet spot.”
Virtual keyboard targets hospital AR
NEC has demonstrated a video processing-based solution that creates interactive keyboards out of thin air... Well, smart glass computing resources…
NUS alumnus tops Climate CoLab contest with caterpillar train concept
Ashwani Kumar Upadhyaya, a PhD from NUS, and teammate Emil Jacob, have proposed a renewabl-energy-run mass transit idea that's cheaper…
Wintel gets back on mixed-reality platform
Remember the days of counting processor frequencies and blue screens? Looks like the Wintel club is back with the two…