A team from the University of Illinois and UC Berkeley has demonstrated a new cooling method that sucks heat out of electronics so efficiently that it allows designers to run 7.4 times more power through a given volume than conventional heat sinks.

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Back in 2014, we saw some of the first examples of color E Ink display technology. The first full color gamut support came a couple of years later, and now the color gamut and contrast has been bumped up again for E Ink Gallery Plus.

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Ordinarily, wireless chargers emit an electromagnetic field in just one direction, limiting the number of devices they can charge at once. A new charger, however, produces a donut-shaped field, for the simultaneous charging of multiple gadgets.

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Scientists have developed an advanced new type of humidity sensor inspired by camel noses that is capable of detecting low levels of water molecules in the air, giving it the potential to help find water sources in extreme environments.

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LG Display has announced the development of a new TV panel technology called OLED EX that's claimed to boost brightness by up to 30 percent compared to other OLED technologies for improved picture quality on big-screen TVs.

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An interesting new research project out of Sweden's Linköping University has demonstrated how plant roots can be used as energy storage devices, by watering them with a special solution to make their roots electrically conductive.

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An international team of scientists has developed a technology that could help avoid vast amounts of food wastage, in the form of an electronic nose that relies on color-changing barcodes to track the freshness of different meats.

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By putting a new spin on decades-old thermoelectric technology, scientists at the University of California, Los Angeles (UCLA) have developed a tiny microscopic cooling device they describe as the "world’s smallest refrigerator."

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Technology could really use some more sustainable sources, and now researchers at the Queensland University of Technology (QUT) have turned to an unusual one. The team has shown that human hair from barber shops can be used to create OLED displays.

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A University at Buffalo team has proposed a new form of power MOSFET transistor that can handle incredibly high voltages with minimal thickness, heralding an efficiency increase in the power electronics of electric vehicles.

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