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 E-Mail IMAGE: Brandon Grainger (left) and Paul Ohodnicki received $820,000 from the Office of Naval Research to create new materials and manufacturing processes for ultra-wide bandgap semiconductors. view more  Credit: University of Pittsburgh As electrification advancement accelerates and more renewables are integrated into the electric grid, improved power electronics systems are needed to convert AC or DC power into a usable form. New semiconductor device materials and advanced magnetic materials can enable an unprecedented combination of voltage levels and power handling capabi...

 E-Mail IMAGE: Researchers from Shibaura Institute of Technology, Japan design a dual camera-based platform employing an omnidirectional camera for target detection and a separate camera for its high-resolution capture and report an... view more  Credit: Shibaura Institute of Technology, Japan If you're a fan of spy movies, you've probably come across scenes where the intelligence agents try to identify or detect a perpetrator using some sophisticated image enhancement technology on surveillance camera images. While the idea behind surveillance cameras and object detection is the sa...

Credit: Jussi Jokinen/Finnish Center for Artificial Intelligence Touchscreens are notoriously difficult to type on. Since we can't feel the keys, we rely on the sense of sight to move our fingers to the right places and check for errors, a combination of efforts we can't pull off at the same time. To really understand how people type on touchscreens, researchers at Aalto University and the Finnish Center for Artificial Intelligence (FCAI) have created the first artificial intelligence model that predicts how people move their eyes and fingers while typing. The AI model can simulate how a huma...

 E-Mail IMAGE: The team that created the 2D-electrolytes was led by Prof Antonio Castro Neto (right), Director of CA2DM. With him is Ms Mariana Costa (left), the first author of the ground-breaking... view more  Credit: National University of Singapore Intelligent materials, the latest revolution in the field of materials science, can adapt their properties depending on changes in their surroundings. They can be used in everything from self-healing mobile phone screens, to shape-shifting aeroplane wings, and targeted drug delivery. Delivering drugs to a specific target inside the bo...

Researchers have discovered the most precise way to control individual ions using holographic optical engineering technology.