Solar panels are not just about saving the planet; they're also about saving lives. Recent findings show that these energy-generating devices have prevented nearly 600 premature deaths by improving air quality. This is a big deal, especially when you consider that air pollution is a silent killer in
Solar panels are getting a cool new upgrade. Scientists have come up with a smart material called EP. It acts like a bodyguard for solar panels, shielding them from damage and fixing themselves when needed. This is a game-changer because it means solar panels can last longer and work better, even in
Solar panels are everywhere, helping us generate clean energy. But what happens when they reach the end of their life? Mostly, they end up in landfills, which is not great for the environment. These panels contain materials like lead and zinc, which can leak out and cause harm. Scientists have found
Solar panels are a big deal for clean energy, but what happens when they get old? That's where tiny helpers called microbes come in. These little guys can actually help us pull out valuable stuff like copper and aluminum from old solar panels. It's called bioleaching, and it's a fancy way of saying
Solar cells are getting a smart upgrade. Scientists have found a way to make them more efficient and stable. They did this by adding special molecules between layers of the solar cell. These molecules do more than just one thing. They help align energy levels, reduce defects, and protect the cell fr
Solar power is big news, but there's a problem with some types of solar cells. They just aren't very good at turning sunlight into energy. This is especially true for inorganic perovskite solar cells. These cells have a narrow bandgap, which makes them less efficient. But there's a new trick to make
Solar technology is always evolving. One of the latest buzzwords is dimerized small-molecule acceptors. These are special materials used in organic solar cells. They have some unique benefits. First, let's talk about how they work. These acceptors take the best parts of small-molecule monomers
Solar cells made from crystalline silicon (c-Si) are facing some tough problems. The main issue is with the hole transport layer (HTL). The usual molybdenum oxide (MoO x ) contacts have problems with oxidation at the interface and aren't great at blocking electrons. This is where self-assembled mo
Solar storms are a big deal. They can mess with our power grids, GPS signals, and even satellites. Imagine a storm so strong it could cause a trillion-dollar disaster. That's what some experts are worried about. In 2024, a series of solar storms, known as the Gannon Storm, hit Earth. It was the firs
Solar energy is a big deal. It's clean, abundant, and can be turned into hydrogen, a valuable chemical. This process, called photocatalytic water splitting, is a promising way to create a sustainable future. But there's a catch. While lots of research has been done on the catalysts used in this proc
