JUSUNG Engineering Co. Ltd, a manufacturer of semiconductor, display and solar cell technologies, released a pioneering deposition technology that enables flat panel display makers to dramatically enhance high definition resolution in the next generation displays.
Government funding of £3 million will back seven industry-led, innovative, research and development projects that will demonstrate materials to support the development of tomorrow’s energy technologies.
LEDs are gaining significant momentum as an alternative to incandescent and fluorescent lighting in commercial buildings, particularly as the cost of LED lighting technology continues its rapid decline.
National Tsing Hua University unveiled a new compound semiconductor laboratory on Monday that it hopes will contribute to the development of new chip components that will support alternative green energy sources.
Industrial applications present reliability challenges to designers as a result of the high temperature and tight spaces commonly found in power supplies, motor controls and consumer applications such as chargers and adapters.
Two NASA California centres have been selected to develop new space-aged technologies that could change the way we look at planets from above and how we safely transport robots or humans through space and bring them safely back to Earth.
The DFB-LD, which incorporates an aluminium indium gallium arsenide active layer and the APD featuring an aluminium indium arsenide (AlInAs) multiplication layer will contribute to simpler networks and faster broadband service.
The firm says its latest transponders leverage its history in delivering coherent solutions, its competencies in indium phosphide and lithium niobate (LiNbO3) material technologies, its vertical integration in optical components, and its production and application expertise.
MMD Newswire says that over the past 12 months, over 220 thousand shares of Veeco Instruments Inc. stock were sold by insiders, totalling over $11.2 million, but that no shares have been purchased by insiders over the same time frame.