Scientists have been playing around with tiny bits of metal called nanoparticles. These little guys are super small, like a billionth of a meter small! They've been trying to figure out how to make these nanoparticles work better for turning alcohol into other useful stuff. They started with a base
Plastic waste is a big problem. It's everywhere. In our homes, in our streets, and even in our oceans. By 2050, there could be 40 billion tons of plastic waste in the oceans. That's a huge amount! So, finding ways to recycle plastic is really important. Scientists have found a new way to recycle po
Scientists have found a clever way to build complex molecules with high precision. They used a common chemical group, called a carboxylate, to guide the process. Normally, this group isn't very good at controlling the shape of the final molecule, but the researchers found a way around this problem.
In chip factories, there's a big problem. Two gases, ethyl acetate and ozone, are often found together. Ethyl acetate is in high amounts, while ozone is in low amounts. Getting rid of both at the same time is tough. But now, there's a new way to do it. Scientists used a special material called Cu-B
Rare-earth oxides (REO x ) are stepping into the spotlight. They are being tested for their ability to clean up water and create hydrogen peroxide (H 2 O 2 ). This is big news because current methods have problems. They can corrode, dissolve, or are just not very good at their job. Plus, they
Researchers have found a way to make rechargeable zinc-air batteries last longer and work better. They did this by mixing a special catalyst with a smart helper called CeO2. The catalyst, made of iron and cobalt atoms, is good at helping oxygen reactions. But it has problems. It wears out too fast a
Scientists have found a clever way to stick tiny metal particles onto even tinier plastic beads. This isn't just any random sticking together. It's a carefully planned process that happens super fast. The metal particles are like little helpers that can do two big things: speed up chemical reactions
Chemists have long relied on transition metals to speed up reactions. Now, they're using light to make these reactions even better. Most of the time, they use short-wavelength light like purple or blue. But there's a catch. Long-wavelength light, like red and orange, is gentler and can go deeper. Ye
Fuel cells are like the heart of clean energy. They convert hydrogen into electricity. But there's a catch. The process isn't as smooth as it could be. Especially in alkaline environments. The hydrogen oxidation reaction (HOR) is often slow and easily disrupted by carbon monoxide (CO). This is a big
Scientists have found a clever way to create special molecules called organoselenium compounds. These molecules are useful in medicine, materials, and biochemistry. The problem is that making them often requires tough conditions and doesn't work with many types of molecules. So, finding a better way
