She or he will similarly learn the concepts of probe microscopy in mapping topographic, electric or magnetic structures on solid surfaces, with resolution on atomic length scales. The overall goal of this research is the development of novel core-shell functional nanostructures with unique microwave and magnetic properties, which are not available in the bulk. Applications of this research is sought in communications, computer hardware and magnetic storage systems. In recent years, the interest in polymeric batteries has increased dramatically. With the advent of lithium batteries used in cell phones and laptop computers, the search for an all solid state battery has continued.
Current configurations have a liquid or gel electrolyte between the anode and cathode.
This leads to problems with electrolyte loss and decreased performance over time. Synthetic techniques that allow the formation metal nanoclusters confined within a self-assembled polymer host will be utilized. The monomer can be doped with a metal and then polymerized. The anode material, or A block, will use lithium and the B block will be the electrolyte. The C block will be the cathode material and utilize a hydride reduction.