A federal judge has stepped in and told the Trump administration to temporarily unfreeze foreign aid funding. This decision came after a sudden halt in payments caused chaos for suppliers and non-profits worldwide. The judge gave the administration five days to show they are following the order. Th
Dongmen Village, nestled in the heart of Fujian Province, China, is more than just a place on a map. It's a community where people's deep love for their home drives them to take action for sustainability. The villagers here don't just talk about their love for their village; they show it through the
Copper and iodine can form tiny, cube-shaped structures called cubane-type metal clusters. These tiny cubes can change shape when exposed to light. This is not new, but scientists have struggled to capture these changes in real-time. Recently, researchers used a technique called time-resolved X-ray
Electric fish, specifically Gymnotus omarorum, are proving to be super useful in understanding how our brains work. These fish live in murky waters and use electric fields to navigate and communicate. This makes them perfect for studying how the brain processes information and controls movements. T
Metal complexes, like transition metal complexes and metal-organic frameworks, are super important in fields like catalysis, materials science, and creating tiny molecular devices. This is because they have a unique central metal atom and a complex structure around it. But, predicting how these comp
Liver diseases, such as metabolic dysfunction-associated steatotic liver disease (MASLD) and MetALD, are tricky to spot. They lurk in electronic health records (EHRs), making it hard for doctors to find them. Imagine doctors trying to find a specific piece of information in a vast sea of medical not
Styrene monooxygenases are special enzymes that can tell the difference between left and right-handed molecules. These are known as enantiomers. They are part of a bigger family called Group E flavoprotein monooxygenases, or GEMs. These enzymes are great at making one enantiomer more than the other
Nanobodies are tiny, powerful tools used in research and medicine. They are like tiny detectives that can find and stick to specific targets, like diseases. But, what makes them even more special is how they can stick to these targets in different ways. Unlike regular antibodies, nanobodies can bind
Copper-based metal-organic frameworks, or MOFs, are special because they can change their structure when exposed to different things. This is because they are flexible and have a long-range order. This is different from other inorganic materials. Imagine a Lego structure that can change shape when y
Imagine you're shopping online. You see products popping up, disappearing, and changing places. These movements are like signals, telling us stories about what's happening in the e-commerce world. Researchers have found a way to make sense of these signals using something called Signal Temporal Logi
