MXene, a special kind of material, has been a hot topic in science. It is known for its amazing abilities. But there is a big problem. It tends to break down in water. This breakdown creates a coating that ruins its performance. This makes it hard to use in real-world applications. Scientists have
Thirty years ago, something big happened in the world of science. The School of Materials Science and Engineering at South China University of Technology opened its doors. This was a big deal because it meant more people could study how things are made and how to make them better. Over the years, t
Scientists cooked up a cool new way to make tiny metal sheets with branches. These sheets are made of three metals: palladium, gold, and silver. The branches make the sheets look like tiny, flat trees. This special shape gives them lots of surface area, which is great for reactions. These branched
MXenes are a type of two-dimensional material that scientists are really interested in. They are made up of layers of metal and carbon or nitrogen atoms. The space between these layers is what makes MXenes special. This space can change depending on what atoms are on the surface of the layers. Scie
Winter is here, and so are the winter jackets. But have you ever wondered how these jackets keep you warm? It's not just about the fluffiness or the thickness. It's about science and technology working together to keep you cozy. The science behind winter jackets is based on three main ways heat mov
Nuclear energy has always had two big problems: fuel breakdown and waste. But scientists might have found a way to fix both. They've created a special kind of nuclear fuel that can heal itself. How? By adding tiny particles that trap harmful stuff before it can cause damage. This isn't just a small
In the world of super-tiny tech, scientists have created a new kind of switch that's not only super small but also super fast. This switch is made up of layers of special materials, like carbon nanotubes and something called monolayer WS2 and MoS2. These materials are stacked on top of each other, c
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
In the realm of cutting-edge technology, a remarkable advancement has been made in the field of ultraviolet (UV) detection. Researchers have developed a self-powered UV photodetector that operates without the need for an external power source. This innovation is based on a unique combination of mate
Lithium-metal batteries are the future, but they need tough electrolytes to work well. These electrolytes must be highly conductive, super strong, and stable. However, achieving all these qualities at once is a big challenge. Scientists have found a way to improve these electrolytes by adding speci
