GaN-on-diamond semiconductor material that is stable to 1,000 C
A GaN layer epitaxially grown on Si substrate is successfully bonded to a 10-mm by 10-mm diamond plate with no ...
Read moreA GaN layer epitaxially grown on Si substrate is successfully bonded to a 10-mm by 10-mm diamond plate with no ...
Read moreTexas Instruments: A High Cash Flow Chip Stock Amid A Semiconductor Super Cycle
Read moreSolar cells based on perovskite thin films are challenging conventional semiconductor-based solar cells because they are cheaper and easier to ...
Read moreObesity and leading a sedentary lifestyle is becoming more of a problem in our society, leading to health risks for ...
Read moreAs a child in the 1980s, you had a rich choice of debilitating worries. Some lay awake dreading nuclear war, ...
Read moreIt may be possible in the future to use information technology where electron spin is used to process information in ...
Read moreWith help from John Hendel and Steven Overly Editor’s Note: Morning Tech is a free version of POLITICO Pro Technology's ...
Read moreDr Samuel Shutts, a Post-Doctoral Research Fellow in Cardiff University’s School of Physics and Astronomy has been awarded a Smart Expertise Award ...
Read moreA new technique called thermal interdiffusion alloying can help to improve electronics and photonics devices while reducing carbon emissions and ...
Read moreThe "lab on a chip" designed at KAUST consists of several perovskite-based optoelectronic devices on one silicon chip, embodying a ...
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