Nanophase Inorganic Materials and Devices

One of the newest frontiers in materials research involves working at the atomic and quantum level. Hybrid materials developed at the atomic scale can combine qualities of metals, ceramics, polymers, superconductors and semiconductors, and these new materials will be the basis of 21st century technology. This work brings together faculty from materials science, physics, electrical engineering and engineering physics. The cluster focuses on fostering collaborative teaching and bringing in new funding sources to support major nanoscience research endeavors. These researchers focus on nanofabrication and developing extremely thin materials (the thickness of less than one unit cell) to improve electronic, magnetic and optical devices. Cluster hires have also worked collaboratively to develop superconductors and other related nanomaterials. Several of the new faculty work on quantum computing and developing silicon nanostructures to improve computer functions.