Professor Zutic and Research Assistant Professor Matos-Abiague discussing their proposal to realize Majorana fermions using tunable magnetic textures.
Understanding fundamental microscopic mechanisms of macroscopic phenomena in a condensed form of matter is the scope of condensed matter physics (CMP). The modern condensed matter physics has expanded tremendously into many science-engineering disciplines, that cover everything from studies of fundamental electronic properties like superconductivity, nano-electronics, to the very complex system of living cells.
In today’s world, “physics” is simply a synonym of fundamental mechanism in chemistry, electrical engineering, biology etc. The CMP strives to unlock hidden quantum mechanisms for novel states of matter which manifests only when particles are put together. The CMP research programs at UB, the largest group in the physics department, offer an extensive array of cutting-edge topics -- spintronics, quantum computing, low-dimensional nano-structures, topological materials, superconductivity, quantum fluids, magnetism, nonequilibrium dynamics, computational many-body physics – with strong inter-disciplinary collaboration with chemistry, mathematics, electrical engineering and biology departments. A full-time faculty of 14 professors (8 experimental, 6 theoretical) lead the research.
John Cerne – Infrared Hall Effect in Novel Materiels and Superconductors
Sambandamurthy Ganapathy – Quantum Transport in Nanostructures and Nanoelectronics
Hong Luo – Semiconductor nanostructures
Andrea Markelz – Molecular Biophysics, THz spectroscopy
Bruce D. McCombe – Solid-state Matter Physics
Athos Petrou – Near Infra-Red Spectroscopy of Semiconductors
Arnd Pralle – Cellular Biophysics, Nanoscale Magnetism
Hao Zeng – Nanoscale Magnetism
Jong E. Han – Computational many-body theory, nonequilibrium transport, nano-electronics modeling
Xuedong Hu – Quantum computations
Eckhard Krotscheck – Condensed Matter Physics
Tim Thomay - Condensed Matter Physics