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
In Clermont-Ferrand, France, Michelin has opened a huge new space called the Michelin Innovation Park. It's a big deal because it's all about making transportation greener and smarter. The park is built on the site of Michelin's old factory, which is pretty cool because it mixes old and new stuff. T
Scientists have found a clever new way to make special molecules called α-CF3 allylamines. These molecules are super important in making medicines, pesticides, and other useful materials. The problem was that making them wasn't easy or efficient. The new method uses a special kind of chemistry call
In the world of materials science, there's a new kid on the block that's causing quite a stir. This isn't your average material; it's a fibrous aerogel that's as light as a feather and tough as nails. Imagine a material that can handle temperatures hot enough to melt most things, yet is so light it
AI is stepping into the world of crystal prediction. It's not just about guessing if a crystal can be made. It's also about figuring out how to make it and what ingredients are needed. This is a big deal because it could change how we create new materials. A new tool called CSLLM is leading the way
Zinc has a knack for creating complex structures. It can form coordination polymers, which are like tiny, intricate frameworks. These frameworks are not just pretty to look at. They have practical uses too. Two new types of these frameworks have been created. They are made from zinc, a special linke
This is a fascinating time for materials science. We are on the brink of creating substances that can think and act like living things. These aren't your average materials. They can sense, learn, remember, and adapt. Think of them as the next generation of smart materials. Unlike the stuff we usuall
