Tokenization is a hot topic in finance. It involves using blockchain to represent real-world assets like stocks and bonds. This allows for fractional ownership and easier trading. Many people think this change will happen quickly. But not everyone agrees. Sidney Powell, co-founder of Maple Finance,
Metals are everywhere. They are in our phones, our cars, and even in the food we eat. But how much do we really know about them? A recent book takes a closer look at the story behind these everyday materials. It's not just about gold and silver. Even the more common metals have interesting stories
Tokenization, the trend of linking crypto tokens to traditional financial assets, is sparking debates in the finance world. While some see it as a revolutionary step, others warn of potential pitfalls. The global securities regulator, IOSCO, recently highlighted these concerns in a report. The idea
Metals are tough and strong, but they can't change their shape easily. Unlike living things, they need a lot of heat and energy to move around. But what if metals could change their stiffness and shape without all that extra energy? That's what scientists are exploring. Imagine a metal that can swi
Metal 3D printing is a game-changer. It constructs objects layer by layer from a digital blueprint. The melt pool, a hot, liquid area, is crucial for the final product's quality. Monitoring this pool helps in identifying flaws and predicting how the material will act. Different 3D printers use vari
Metals face a big problem: rust. It's a natural process, but it can be a real pain. Scientists have been working on ways to slow it down. One promising idea is using tiny containers to hold special chemicals that fight rust. But making these containers strong, long-lasting, and effective is tough.
Metal-organic frameworks, or MOFs, are like superheroes in the world of materials science. They have a massive surface area, lots of active sites, and a neat structure. This makes them perfect for creating other useful materials. But, using them alone isn't enough anymore. So, scientists cooked up a
Metals have a secret superpower: they can be tweaked to have amazing properties. This is not just about strength or flexibility. It is about how they interact with liquids and their ability to stay clean. This is crucial for detecting tiny droplets, which is vital for stopping the spread of diseases
Metals in freshwater environments are causing changes that are not fully understood. Unlike the well-studied impacts of nutrients or climate, the effects of metals on the tiny organisms living in freshwater sediments are a mystery. These microscopic communities are crucial for the health of freshwat
Metal-Organic Frameworks (MOFs) are like tiny, super-absorbent sponges designed to soak up harmful metals from water and gas. These sponges are made from a mix of metal clusters and organic linkers. The key to their effectiveness lies in the defects and amino groups added during their creation. Thes
