Condensed matter physics is a branch of physics that deals with the physical properties of condensed phases of matter. Condensed matter physicists seek to understand the behavior of these phases by using physical laws.
Condensed Matter Theory Group
Condensed matter physics is a vast field in contemporary physics. Not only traditional topics on solids, superconductors, magnetism, semiconductors, etc. are extensively investigated, but also modern topics on topology, entanglement, and emergent phenomena are discussed. Multidisciplinary research is vibrantly conducted, which brings together deep knowledge of theoretical physics and mathematical physics, and application perspectives from materials science and electrical engineering.
The condensed matter theory group at UNH led by Prof. Jiadong Zang is a new group since Fall 2015. We are currently focusing on magnetism in general, and topological phenomena in particular, covering topological spin textures, spin-orbit coupling, and unconventional superconductors. We are also developing our new interests including non-equilibrium phenomena and quantum computing.
Professors: Jiadong Zang
Experimental Condensed Matter Group
Hollen group
The Hollen group's area of research is in emerging two-dimensional materials. Why should the electronic and physical properties of 2D materials be so robust? and in other cases, so fragile? Understanding the properties of 2D materials and how they are modified by changes to their surfaces is crucial to developing new technologies based on their promising characteristics. We seek to understand these interactions and provide insight for emerging 2D material technologies by using atomic scale microscopy combined with electronic transport measurements. Visit our lab website for more information.
Professors: Shawna Hollen
