Collaboration between EPFL’s Nanoelectronic Devices Laboratory (Nanolab) researchers and startup Xsensio resulted in development of a low-power and portable sensing chip. The chip can be put directly on skin, or integrated into wearables in order to track real-time different biochemical and physical parameters in a person’s sweat. Xsensio was founded in 2014 as a spinoff… »
Evena Medical, a company developing innovative imaging technologies, has introduced Eyes-On Glasses System – a novel vascular imaging system which provides augmented reality information on a set of smart glasses. This vein detection device uses multi-spectral 3D imaging and wireless connectivity to detect patients’ veins through the skin. With Eyes-On Glasses System, even hard-to-locate veins… »
Up until recent years, blood tests have been performed on large, complex, and expensive equipment such as mass spectrometers, or require fluoroscopy analysis which must be done in a lab, but various groups of researchers are developing low-cost and portable solutions. Researchers at The Methodist Hospital Research Institute and MD Anderson Cancer Center developed V-chip… »
A while ago I was out for a drink with some friends, and among other conversation we had a debate about e-readers and tablets where we concluded that there should be a version of an e-reader with a controllable backlight. The folks from Barnes and Noble had the same idea and came up with NOOK… »
MIT engineers have developed a nanoscale biological coating that can halt bleeding nearly instantaneously. Although such materials exist for nearly a decade, their success was in creating an easily portable version where thrombin – a clotting agent found in blood – is coated on sponges. The coating could be easily stored and carried for application… »
Barnes & Noble, Inc. announced the launch of NOOKcolor, their version of a full-color touch Reader’s Tablet that delivers digital books, magazines, newspapers and children’s books in color, and all in one nicely designed, thin and highly portable device. Instead classifying it as just another tablet, it is rather a logical and advanced step of… »
Although systems that remove salt from saltwater (desalination systems) have existed for decades, they are typically large-scale installations that require lots of energy to operate. A team of researchers from MIT has designed a solar-powered desalination system that could be rapidly deployed in remote areas, such as desert locations or farms and small villages in… »
A new approach to desalination being developed by researchers at MIT and in Korea could lead to small, portable units that could be powered by solar cells or batteries and could deliver enough fresh water to supply the needs of a family or small village. As an added bonus, the system would also remove many… »
