Did you know that the smell of oregano can change how much salt mice eat? Scientists wanted to see if the scent of oregano and a special part of it called carvacrol could affect how much salt mice prefer. They did this by giving mice a choice between plain water and salty water. When oregano or carv
Meta, a company that has faced significant fines for privacy violations, is now focusing on a new venture: humanoid AI robots for household tasks. These robots are designed to mimic human actions and assist with physical chores. The project is being led by Meta's Reality Labs division, which is alre
Imagine tiny sheets of boron nitride, so small that you can't see them with the naked eye. These sheets, called boron nitride nanosheets (BNNSs), have some amazing properties. They're strong, stable, and can be used in many different ways. But there's a catch. Making them and getting them to mix wel
Ever wondered why your skin gets darker after spending time in the sun? It's all about a protein called IL-15. This protein is made by cells in your skin called keratinocytes. When these cells are exposed to UVB rays, they start producing more IL-15. IL-15 is part of a group of proteins cal
Scientists have been looking into how tiny molecules called tetracarboxylic acid (H4IMD) behave when they are left to their own devices. These molecules have a special part called an imidazole group. When two of these molecules get together, they form a bond through something called N-H···O hydrogen
Cancer treatment is getting a high-tech upgrade. Scientists are exploring a unique way to fight cancer cells using tiny magnetic particles. These particles, called magnetic nanoparticles (MNPs), are designed to target and kill cancer cells through a process called ferroptosis. Ferroptosis is a speci
Imagine a tiny particle, so small you can't see it with the naked eye. This particle is made of platinum, a metal known for its catalytic superpowers. Scientists placed this nanoparticle on a tiny carbon electrode and dipped it into a solution containing hydrazine, a compound with the chemical formu
Photon Avalanches (PAs) on the nanoscale are a big deal. They let us make high-energy photons without needing much power. This is all thanks to their unique optical properties. Scientists have been looking into nanoparticles that can do this. These are called photon-avalanching nanoparticles (ANPs)
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
Imagine tiny fibers so small they can't be seen with the naked eye. These nanofibrous membranes have a massive surface area and can be customized to let specific substances pass through while blocking others. They are strong, flexible, and have a wide range of uses, from air filters to water cleaner
