Every year, numerous hundreds of scientists travel to the CNM from around the world to examine the homes of materials at the scale of atoms and particles. A sextillion is the number one followed by twenty-one zeroes!Science at this ultrasmall scale is reaping numerous benefits for society since all products are made of molecules and atoms. They can be made to be softer or more powerful, conduct heat or electrical energy much better, reflect light differently, and so on.At Argonne National Laboratory, the Center for Nanoscale Materials (CNM) is one of five Department of Energy centers in the U.S. for nanoscience and technology.By advancing our understanding of materials, molecules and chemical processes at this scale, researchers at these centers are getting ever much deeper understanding of how properties emerge that can be put to useful use. Armed with that understanding, they are designing and developing the next generation of products and molecules. These are leading to sustainable green technologies, more effective mass-manufacturing, new drugs, treatment of brain disorders like Alzheimers and Parkinsons, improved battery materials, new quantum details and sensing devices and more.Credit: Argonne National LaboratoryWhat Are NanoStructures?Structures just the most high-tech of microscopic lens can see.Nanostructures have one or more dimensions a hundred-thousand times smaller sized than the density of a human hair and not much bigger than a gold atom or water particle.
A sextillion is the number one followed by twenty-one zeroes!Science at this ultrasmall scale is reaping numerous advantages for society due to the fact that all products are made of molecules and atoms. They can be made to be softer or more powerful, carry out heat or electrical energy much better, show light in a different way, and so on.At Argonne National Laboratory, the Center for Nanoscale Materials (CNM) is one of 5 Department of Energy centers in the U.S. for nanoscience and technology.By advancing our understanding of products, molecules and chemical processes at this scale, scientists at these centers are acquiring ever much deeper understanding of how residential or commercial properties emerge that can be put to useful usage. These are leading to sustainable green innovations, more effective mass-manufacturing, brand-new drugs, treatment of brain disorders like Alzheimers and Parkinsons, improved battery materials, new quantum info and sensing gadgets and more.Credit: Argonne National LaboratoryWhat Are NanoStructures?Structures only the most modern of microscopes can see.Nanostructures have one or more dimensions a hundred-thousand times smaller than the density of a human hair and not much bigger than a gold atom or water particle.
