Lithium-sulfur batteries are a big deal. They can store a lot of energy, but they have a problem. The stuff inside them, called lithium polysulfides, moves around too much. This makes the batteries wear out faster. Scientists are trying to fix this by making better catalysts. These are like helpers
Scientists have found a way to make water splitting more efficient. They used a simple method to add tiny bits of iridium to nickel hydroxide. This mix works well for both sides of water splitting: making oxygen and making hydrogen. The iridium changes the nickel hydroxide. It makes the material be
The world of water splitting has seen a significant breakthrough with the development of a unique material. This material combines several metals and oxides to create a powerful catalyst. This catalyst can efficiently split water and even seawater into hydrogen and oxygen. The process is not only ef
Scientists have been exploring ways to make energy conversion technologies more efficient and durable. One promising approach involves using carbon composites with added tin and titanium dioxide (TiO2) to support platinum (Pt) catalysts. These composites are like the superheroes of energy conversion
Imagine tiny cages made of molecules, called bis-porphyrin nanocages. These cages have metals like iron, cobalt, or zinc at their core. Scientists used these cages to see how their tiny pores and interactions with carbon nanomaterials affect their ability to turn CO2 into CO. These cages can stick t
When it comes to converting water into oxygen — a crucial step in generating clean energy — scientists have found that tiny bacteria can play a big role. There's a type of material called NiFe layered double hydroxide (LDH) that's super efficient in doing this job, especially in alkaline conditions.
Green hydrogen, renowned for its zero-CO 2 emissions and high energy density, is becoming a hot topic as an alternative to traditional fossil fuels. Scientists have made significant strides in a process called the alkaline hydrogen evolution reaction (HER). This process, used to generate high-pur
Hydrogen evolution reaction (HER) is vital for generating hydrogen fuel through water splitting. To make this process sustainable, researchers are searching for abundant materials like silicates. A recent study synthesized various metal metasilicates using a simple wet-chemical method followed by hi
Imagine you could make ammonia and long-lasting batteries from something as common as nitrates. That's exactly what scientists have done by creating copper nitride (Cu3N) nanocrystals. The secret lies in a special reaction called nitrate reduction, which involves moving 8 electrons around. This reac
