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Quantum Dots can be an Efficient Alternative to LEDs
These semiconductor nanocrystals have photo-physical properties that can reproduce daylight conditions.
Quantum Dots(QDs) have been studied since the 1990s as a light source. They possess...
STMicroelectronics Reveals Affordable and Turnkey STGesture Recognition
STMicroelectronics has launched a solution for touchless gesture-based controls in simple, cost-conscious consumer and industrial applications. The solution comprises free engineering software to be used...
PolyU Develops Advanced Vision Sensors
Future autonomous vehicles and industrial cameras might have human-like vision, thanks to a recent advance by scientists from Hong Kong and South Korea. Researchers...
Bioinspired Vision Sensors That Mimic Human Vision
Thanks to a new breakthrough by experts from Hong Kong and South Korea, future driverless vehicles and industrial cameras may have human-like vision!
Researchers at...
E-con Systems Launches a Time of Flight (ToF) Camera
e-con Systems launches DepthVista – a Time of Flight (ToF) camera that comes with a combination of a ToF depth sensor for depth measurement and the...
Automatic Optical Inspection: A Game Changer For PCB Manufacture
Increase in the complexity of electronic boards shows manual inspection may not be a viable option. With the marketplace now requiring high quality, no-error...
This Sensor Can Capture Colour As Seen By The Human Eye
ams OSRAM AS7343 is a spectral sensor capable of matching the human eye’s perception of colour and light intensity. It is the company's first...
The Fastest Logic Gates Ever!
Lightwave electronics is a promising technique to produce ultrafast electronics. It uses laser light to regulate the migration of electrons in matter and then...
Using Light To Bend Electrons In Graphene
"The results of the study open a new realm of many detection and imaging applications"
The electrical characteristics of a material are determined by how...
Changing Path of Electron in Bilayer Graphene By Using Light
Researchers from ICFO, NTU Singapore, and other universities collaborated to find how electric flow in bilayer graphene can be controlled by light. The research...



