Scientists in Sydney are working on a cool idea: making energy from the sun even when it's dark. They're not using regular solar panels. Instead, they're creating devices that make electricity by giving off light, not absorbing it. Think of it like a solar panel in reverse. These scientists are par
Scientists have been working on making a special enzyme better at producing a form of vitamin D. This enzyme is a mix of different parts, like a custom-made tool. The usual way to improve such enzymes is to tweak small parts here and there. But this time, the team took a bigger picture approach. Th
Scientists have created a new type of muscle cell from a special kind of tilapia. They named it ONM, short for Oreochromis niloticus muscle. These cells were grown using a technique called explant. The cells did well in a special growth environment. They thrived in an L-15 medium with 5% fetal bovin
Scientists wanted to see how muscles and the brain work together to get better at handling tough exercises. They looked at how muscles react to intense workouts and how the brain helps them recover faster over time. They had 23 people do two rounds of tough leg exercises, with a break of three week
Scientists made a cool new tool to clean up heavy metals from water. They used tiny plants called diatoms, mixed them with some special stuff, and created a super material. This material can grab onto metals like cadmium, copper, and lead. The team tested this new material in different conditions.
Scientists are diving into a new way to heal diabetic wounds. They're looking at something called herbal glucose/cellulose-based mesoporous graphene frameworks. That's a mouthful, right? Basically, it's a special material that could help wounds heal faster. This study used rats with diabetic wounds
Scientists have found a clever way to make chemical reactions happen faster. They used a tiny helper called imidazole (ImH) to boost the speed of a reaction that breaks down a pollutant called 2, 4-chlorophenol. The reaction was 110 times faster than before! Here's how it works: The ImH sticks to t
Scientists cooked up a cool new way to make tiny metal sheets with branches. These sheets are made of three metals: palladium, gold, and silver. The branches make the sheets look like tiny, flat trees. This special shape gives them lots of surface area, which is great for reactions. These branched
Scientists have found a clever way to make special chemicals called α, α-dichlorosulfoxides. They used a method that involves electricity and two common chemicals: methyl sulfoxides and dichloromethane. This method is simple and does not need any fancy metals or extra chemicals to work. It can make
Scientists have made a big step forward. They have created new compounds. These compounds are powerful. They are also safer than older ones. The key is in their structure. It is called pyrazolo. This structure makes them special. These compounds are not like the old ones. They are more stable. This
