Fifty years ago, a big step was taken in science. The Stanford SSRL synchrotron radiation and protein crystallography initiative started. This was a game-changer. It helped scientists see proteins in a whole new way. Over the years, this technology has grown. It has made protein crystallography fas
Scientists have figured out how to make tiny arteries in the lab that work like the real thing. They did this by copying how arteries stretch and move in the body. This is a big deal because it helps them study arteries and test new medicines. The team used two types of human cells: one from vein l
Finance teams are changing how they work. They are using AI to handle routine tasks. This lets them focus on more important things. AI can do things like closing books, forecasting, and reporting. It can also spot problems and give clear results. Humans still make the big decisions. They guide the A
Science funding in the U. S. is in trouble. The federal government, under the Trump administration, has been cutting back on support for research. This has left scientists, universities, and medical centers scrambling for alternatives. Now, some states are stepping in to fill the gap. In New York,
Scientists have been working hard to improve materials that can store energy and help make hydrogen. They created something called PVMo11-BMI-PPy. This is a mix of special chemicals that work together to do two important jobs: storing energy and helping to produce hydrogen. First, let's talk about
Science is not perfect. It changes over time. Some people think this means we should not trust it. They point out that scientists have been wrong before. For example, they once thought eggs were bad for you. Then they said eggs were fine. Now they are not sure again. But this way of thinking is not
Science funding from the government has led to big wins in the past. Think about HIV treatments. These were made possible thanks to research done at universities with federal money. The 1980 Bayh-Dole Act was a big deal. It allowed schools and non-profits to patent their discoveries. This meant they
Scientists have found a clever way to study special compounds in beetroots. These compounds, called saponins, are tricky to separate and identify. But now, a new method using high-speed spinning tubes and super-accurate scales has made it easier. The team played with the acidity of the solution to
Scientists have created a new material that can help detect harmful chemicals in our food. This material is a type of polymer, which is a big molecule made up of many smaller molecules. The polymer is porous, meaning it has tiny holes that can trap and hold onto other molecules. In this case, the po
Science is a big part of our everyday life. It's in the apps we use, the food we eat, and the medicine we take. But who funds all this science? The government does, through research grants. These grants help scientists explore everything from the tiniest particles to the biggest weather systems. But
