People have been working on making barium tungstate crystals. They used a special method called high-temperature oxygen-assisted molecular beam epitaxy. This is a fancy way of growing crystals by shooting tiny particles at a hot surface. The surface in this case was made of tungsten, a metal that's
Rugby league players often train on both outdoor and indoor surfaces. But do these different surfaces affect their performance? A recent study looked into this by testing young rugby players on both types of fields. The study focused on 15 male rugby players around 17 years old. They did three type
Social media is a big deal. It's not just for sharing selfies or chatting with friends. Businesses, like online gambling sites, use it too. But what happens when social media goes down? Does it change how people gamble online? A study looked into this after Facebook had a major outage in October 202
In the world of industrial safety, two big names joined forces to create something special. HIMA and Deuta teamed up to launch SafeHMI. This isn't just any tool; it's a game-changer. It combines HIMA's safety systems with Deuta's IconTrust technology. The result? A human-machine interface (HMI) pane
Ever wondered how your day-to-day experiences affect how you see your partner's face? It turns out, the way we feel about our romantic partners can change how our brain reacts to their face. This isn't just about love being blind; it's about love changing what we see. Researchers wanted to see if f
Our brains are amazing at recognizing faces, even when they change over time. This ability involves both basic visual processing and higher-level thinking. But how exactly does our brain handle details like facial contrast? Recent research has dug into this question, focusing on how our brains adapt
Polymer science is making waves in health tech. Imagine gadgets that stick to your skin, heal themselves, and even break down safely. These are not sci-fi ideas but real advancements in plastic bioelectronics. Unlike old-school silicon tech, these new devices are soft, stretchy, and bendy. They fit
Fixing damaged joints is tough because they are made of different types of tissues. Think of it like building a bridge between two different materials. Scientists are working on special structures called bionic gradient scaffolds. These are like tiny, 3D bridges that help new tissue grow where it's
Augmented reality (AR) and virtual reality (VR) are already changing the way we learn, work, and play. But what if these technologies could be even better? Enter tunable holographic metasurfaces. These tiny structures can manipulate light in ways that could revolutionize AR and VR devices. Right no
Utah arrays are tiny devices that help people and animals communicate with computers using their brains. They pick up electrical signals from the brain to control things like prosthetic limbs or restore senses. But there's a big problem: small movements between the array and the brain can cause stra
