We stand at the forefront of quantum materials. Understanding quantum phenomena in materials holds the potential for the next technological revolution in information devices and computing. Our research leads the way in discovering novel quantum materials and exploring the means to manipulate and control their properties.
- Condensed matter physics advances the materials and theory of superconductivity. We seek to discover, understand and ultimately control and predictably modify new and extreme examples of complex states, emergent phenomena, and superconductivity.
- 2D materials research is dedicated to discovering the unique properties of metals grown on graphene, graphite, and other carbon coated surfaces, through investigation in an ultra-high vacuum environment and with the aid of scanning tunneling microscopy.
- The Center for the Advancement of Topological Semimetals (CATS) researches the frontier of scientific discovery at the intersection of magnetism and electronic band topology. Its mission is to create new materials and functionalities for applications in photodetection, light harvesting, and spintronics.