Sebastiaan de With, a familiar name in the world of iPhone photography, has made a big move. He's now part of Apple's Human Interface Design team. This isn't his first time at Apple. He used to work on projects like iCloud, MobileMe, and the Find My app. But he's also worked with other big names lik
Big news in the world of photography apps! Sebastiaan de With, the co-founder of Halide, is making a big move. He's joining Apple's design team. But don't worry, Halide isn't going anywhere. Halide just launched Mark III, a new version of their popular app. People are really liking it. They worked
Perovskite nanocrystals are tiny particles that show great promise for use in various technologies. They can emit light very efficiently. But there's a catch. They have a problem with something called reabsorption. This is when the light they emit gets absorbed again. This makes them less useful for
Ions, tiny charged particles, play a big role in how water behaves. This isn't just about salt dissolving in water. It's about how these ions change water's structure at a molecular level. This change matters a lot in chemistry, biology, and even the environment. Scientists used a method called mole
The world of chemistry is full of surprises. One such surprise is the way certain reactions can happen even when things seem crowded. Think about trying to squeeze into a tight space. It's tough, right? Now, imagine trying to do that at a molecular level. That's what happens in a special type of che
The world's hunger for gold is growing, but the Earth's supply is running low. This has sparked a race to find new ways to get gold, like recycling old electronics and pulling it from seawater. But there's a big problem: finding a way to pull out tiny amounts of gold from messy water mixtures is sup
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
You know how tiny nanocrystals are super important for light-driven reactions? Well, scientists are looking at CsPbBr3 nanocrystals, or CPB NCs, because they're fantastic at absorbing light. But they've got a downside: they struggle with charge recombination, which affects their ability to catalyze
