Scientists use tiny, sponge-like materials called microporous materials for some really important jobs. Things like cleaning up pollution, delivering medicine inside your body, or even helping make chemicals more efficiently. But to make these materials work better, researchers first need to underst
Scientists used a single metal‑organic framework, PCN‑608, to separate its two main variables: the crystal’s shape and what sits inside its pores. They grew three kinds of crystals – tiny disks, flat sheets, and interlocked sheets – to see how shape changes the path a gas takes. They also adde
In chip factories, there's a big problem. Two gases, ethyl acetate and ozone, are often found together. Ethyl acetate is in high amounts, while ozone is in low amounts. Getting rid of both at the same time is tough. But now, there's a new way to do it. Scientists used a special material called Cu-B
Formaldehyde, a sneaky and potentially harmful gas, is lurking in many places, from homes to workplaces. Detecting it quickly and accurately is crucial for keeping people safe. Traditional sensors often fall short, struggling with slow response times, instability, and trouble picking out formaldehyd
The Colorado Rapids are looking to shake things up after a disappointing season. Kevin Demoff, a big shot from Kroenke Sports & Entertainment, stepped in to support Pádraig Smith, the team's president. This isn't just another meeting; it's a sign that changes are coming. Demoff made it clear that t
Keith Moffat was a figure who left a lasting mark on the world of science and technology. His work spanned many years, and his contributions were significant. He was known for his innovative thinking and his ability to solve complex problems. His legacy is not just in the projects he completed, but
A new type of filter has been created to tackle lead contamination in water. This filter is not just any ordinary filter. It is smart and can be regenerated using heat. The filter is made from a special material called MOF-808. To make it even smarter, two special ingredients were added. The first i
The creation of tiny metal-organic frameworks, known as nano-MOFs, usually involves extra steps or additives. However, the choice of solvent plays a huge role in this process. One solvent, tetramethylene sulfone, or TMS, stands out for its ability to control the size of these tiny particles. TMS for
Sulfur oxides are a big problem. They come from burning fuels that have thiophene sulfides in them. These oxides are bad for the environment and for people's health. So, scientists are looking for ways to get rid of these sulfurs from fuel. One promising method is adsorption desulfurization. It work
Silver and sulfur are teaming up in a big way. Two new 3D structures have been created using these elements. These structures are called metal-organic frameworks (MOFs) and they are quite special. They are stable in water and have unique shapes. These MOFs are named SCU-1 and SCU-2. The first s
