Magnonics, an emerging field of magnetism, could provide an alternative method of data manipulation to silicon electronics. Researchers from universities in Russia, the Netherlands, and Germany developed a superconducting/ferromagnetic material for magnonic applications.
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Extracting rare earth elements from e-waste can be difficult. The Department of Energy’s Critical Materials Institute and other labs are collaborating to develop new recycling methods—and one method is set for commercial production of rare-earth oxides.
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Although VHS tapes are viewed as a dead technology in the public entertainment sector, magnetic tapes provide valuable archive storage for companies and organizations handling big data—but an ongoing patent battle makes obtaining the newest tapes difficult.
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The smartphone industry is often considered to have an increasingly negative impact on the environment. But an opposing argument that smartphones are the heroes, rather than villains, of this story exists as well. How could that be?
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Since 2015, Google has been developing radar sensors that will allow hands-free phone operation. Google plans to put the technology into practice with the release of the Pixel 4 this fall.
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As mobile carriers push ahead with plans to release 5G networks, NOAA, NASA, and other parts of the scientific community warn that frequencies currently planned for use in 5G could interfere with weather forecasting.
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When it comes to smartphone screen protectors, you can choose between plastic, glass—and liquid glass. See how liquid glass screen protectors compare to tempered glass and uncovered screens when put through a few DIY scratch tests.
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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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