Using a new process, researchers printed optical free form surfaces and miniature objectives directly onto CMOS image chips.
The energy collection mechanism relies on collecting “hot” electrons before they lose their energy.
A nanofibre mat technology is enabling cheaper, more durable electrodes that can boost fuel cell output by 30% over the conventional catalyst layers currently used.
Hardware accelerators in the demonstration have achieved up to 50 times faster motion detection without a significant increase in power dissipation.
In current carbon-capture models, the carbon is captured in fluids or solids. Researchers suggest a paradigm shift.
Using the inorganic-based laser lift-off method, the team develops a high-performance oxide TFT array on top of a laser-reactive substrate.
The new photo detector allows for a significant performance increase of optical communications systems.
Like a whirlpool, a new light-based communication tool carries data in a swift, circular motion.
Dubbed "SuPR-NaP," the printing technology allows manufacturers to produce accurate flexible touchscreen surfaces more quickly and cost effective.
The parcelcopter has dealt with heavy loads, long distances, and delivery to an Alpine region, conquering geographical and meteorological challenges.
The chip industry’s quest for 3D ICs has come a long way in the advance of 3D integration technology.
Moulded out of soft silicone rubber bonded to a PET film with two strips of screen-printed silver electrodes running through the side circular regions, the sensor is both rugged and flexible.