Full-text search Fulltext search 234 Resultate Computers powering self-driving cars could emit vast amounts of CO2 Computers powering self-driving cars could be a big contributor to global carbon emissions, according to MIT. Deep learning system explores the inside of materials - from the outside MIT researchers have developed a new method to find out what is going on inside materials. To do this, they need data from the material's surface alone. Behavior-based authentication as an alternative to a plethora of passwords Whether when typing, moving, or walking, scientists are investigating how devices recognize users by their behavior. One drop is enough: Paper battery with water switch A team of Empa researchers has developed a disposable paper battery that works with metallic inks and salt - activated by a drop of water. This could be used to power a wide range of small disposable electronic devices with low power consumption. The soundtrack of your life Endel uses artificial intelligence to create personalized music. The soundscape app promises to improve concentration or facilitate relaxation, depending on what the user requires. The app even claims to alleviate sleeping problems. A self-experiment. MIT creates new atlas of oxygen-poor waters The 3D maps would help researchers track and predict the ocean's response to climate change. Creation of the first ever levitated massive particle with quantum properties For the first time ever, physicists in Vienna have succeeded in creating a levitated solid-state object with quantum properties. Superworms can digest plastic thanks to gut microbes The larvae of a species of beetle native to Central and South America can apparently survive with plastic as their only food source. The larvae's appetite for Styrofoam could be the key to mass plastic recycling. Fountain of youth for cells Reprogrammed cells allow wounds in older people to heal faster. This could, for example, help burn victims. Smart running pants warn of exhaustion while jogging A newly developed yarn can measure body movements. If the smart textile sensor is integrated into sportswear or workwear, it can predict how tired the wearer is during physical exertion.
