In the premiere volume of the International Journal of Ceramic Engineering and Science, Japanese researchers review their work on an advanced ceramic semiconductor that could reduce power consumption of devices that use artificial intelligence.
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Recent research may enable integration of boron nitride into next-gen electronics. Researchers have proven boron nitride’s high thermal conductivity and integrated the material into a flexible yet efficient nanocomposite.
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Researchers from Donghua University in Shangai showed separators made from oxide ceramic films could improve the safety of lithium-ion batteries, which tend to catch on fire when their polymeric separators fail.
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By controlling the emission states of europium ions in doped gallium nitride, scientists found they can emit various colors of light from a single LED.
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As additive manufacturing techniques become increasingly sophisticated, they offer a way to effectively construct specialized electronic devices. Two recent papers describe different direct-writing AM methods for constructing lead-free piezoelectric parts.
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Researchers at MIT developed a robot that can effectively separate mixed recyclable materials, using two flexible silicone “hands” to feel the difference between paper, metal, and plastic.
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The market for multilayer ceramic capacitors is ballooning with the rise of connected devices in our homes, automobiles, and pockets—but supply is not keeping pace with demand.
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University of Plymouth researchers put a smartphone in a blender to quantify the materials composition of an average phone. They hope to encourage greater recycling rates with their project.
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Gallium nitride wall chargers are lighter, thinner, and, in most cases, cheaper than comparable silicon-based chargers. Verge Science takes a look at the potential this semiconductor holds to revolutionize the electronics industry.
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Multiple companies released plans for foldable smartphones this year, but there are several challenges to making these phones perform as well as traditional smartphones.
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