2018-12-05

Infrared LED Efficiency Increased with Colloidal Quantum Dots

Researchers at the Barcelona Institute of Science and Technology have developed LEDs comprising infrared colloidal quantum dots that enable high efficiency and low cost CMOS integration. Colloidal quantum dots are extremely small semiconductor particles which are as small as a few nanometers in size. Featured with small size, CQDs offer unique optical and electronic properties including absorbing and emitting light. Moreover, their properties change with their size and shape, smaller quantum dots emit in the blue range while larger quantum dots emit in the red. (Ima...
Continue reading

Veeco Instruments Inc., a global leader in advanced semiconductor and compound semiconductor process equipment, today announced wins with Sparrow Quantum (Denmark) and Yeungnam University (South Korea), who have selected Veeco’s Molecula... READ MORE

Cree LED, a Penguin Solutions brand (Nasdaq: PENG), and SANlight GmbH, Schruns, Austria, today announced a partnership under which SANlight will use Cree LED’s J Series® products in its new STIXX-Series luminaires. Developed for appl... READ MORE