Imagine a tiny molecule that can stop cancer in its tracks. That's what scientists are hoping for with thienopyrimidine. This special ring-shaped molecule is like a key that can unlock cancer cells' defenses. It does this by targeting something called protein kinases. These are like the bosses of ca
Imagine a world where scientists can study a complex disease like schizophrenia in a dish. That's exactly what happened when researchers created a special type of stem cell from a 41-year-old man with schizophrenia. These aren't your average stem cells, though. They're called induced pluripotent ste
Scientists are working hard to help young cancer patients have kids in the future. One big challenge is making sperm from saved testicular tissue in a lab. This is tricky because there aren't many samples to study. So, researchers turned to a clever solution: using special stem cells to create tiny,
Imagine harnessing the power of the sun more efficiently. Scientists are exploring a fascinating solution using tiny metal teams. These aren't your average metals; they're special nanoparticles made from two different metals. One metal excels at absorbing sunlight, but it struggles to keep that ener
Imagine tapping into the power of the sun to boost energy from saltwater. Scientists have found a clever way to do this using special materials. They created a unique membrane using g-C3N4 and MXene. This membrane is like a superhighway for ions, making it easier for them to move around. Th
Platinum, a precious metal, can significantly boost the production of superoxide, a crucial molecule in chemistry and environmental science. When platinum is used as a catalyst in the form of single atoms, it can greatly enhance the creation of superoxide on a material called titania. This process i
Covalent-organic frameworks, or COFs, are like the superheroes of the materials world. These materials are designed with specific molecular structures to perform amazing tasks, like detecting tiny amounts of ammonia (NH3) at room temperature. Imagine two COFs, β-keto-AnCOF and imine-AnCOF, which hav
Imagine tiny robots that can twist and turn, cleaning up water pollution. These aren't your average robots; they're soft, flexible, and have special powers. They can move in different ways and break down nasty pollutants. These robots are made with a clever design. They have two main parts.
Memristors are tiny devices that can process lots of information. They are like superheroes in the world of electronics. But they have a problem. They can't always work smoothly and evenly. Scientists have tried to fix this by changing the materials used to make memristors. But there's a catch. Most
Imagine tiny particles that can split water into hydrogen and oxygen just by absorbing light. That's what scientists are trying to do with something called photocatalysts. These are special materials that use sunlight to drive chemical reactions. One such material is a mix of Cadmium Sulfide (CdS) a
