Batteries work better when their liquid insides let power flow smoothly. A new study looks at how tweaking the shape of tiny charged particles in special liquids can help lithium ions move faster. These liquids, called ionic electrolytes, contain different types of positive ions—some with oxygen ato
Athletes often focus on staying hydrated to keep their performance up. They learn how much water to drink during long workouts and hot days. This focus has helped many athletes avoid cramps and keep their energy levels high. But what about the everyday habits of drinking water? Many people, athlete
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
Ceramic membranes are super important in things like batteries and gas filters. They help make energy and split gases. But making them is tricky. When people heat them up to make them dense, some parts evaporate or move around. This messes up how well they work, especially in things like proton-cond
Scientists have found a way to make better electrolytes for lithium-ion batteries. These electrolytes help batteries work well, even in cold weather. They used computer simulations and AI to test 2604 different electrolyte recipes. The team found that some electrolytes work really well at room temp
Zinc-ion batteries (ZIBs) are becoming more popular because they are flexible and stable. They use solid polymer electrolytes (SPEs) that are almost water-free. This makes them a good choice for modern devices. However, there is a big problem. These SPEs are not very good at moving zinc ions around.
Lithium metal batteries are the future of energy storage. They promise longer life spans and better performance. But there are big challenges to overcome. One of the main issues is the behavior of lithium ions in solid-state polymer electrolytes (SPEs). These electrolytes need to have high ionic con
Batteries are getting a makeover. Scientists are diving deep into the world of polymer electrolytes (PEs) to boost the performance of solid-state batteries. These PEs are like the superhighways for ions, the tiny charged particles that make batteries work. The big question is, how do these highways
Researchers have looked at natural ion channels for inspiration. This is because they are good for moving ions across cell membranes. Imagine you're building a battery with water-based electrolyte. Water likes to stick to ions, making it hard to move them around. This causes problems because wa
Scientists are always on the hunt for materials that can conduct ions really well. One great candidate is something called Li10GeP2S12, or LGPS for short. This stuff is super special because it can conduct ions like crazy. Researchers often use something called AIMD simulations to watch how lithium
