Condensed matter physics is the study of the physics of solids and liquid phases, with a focus on electronic properties and on phenomena that arise from quantum mechanical interactions. It is a search for simplicity and quantitative precision in very complicated systems of ~1023 particles.
In this group, we perform experiments on superconductors, quantum magnets, and other correlated-electron materials.
Studentships: University of Birmingham - Find a PhD
Master's students: We offer a range of year-4 projects, including materials synthesis, in-house measurement, measurement at large facilities, and apparatus design. Get in touch or consult the Y4 projects list if you are interested.
Birmingham has a long history of superconductivity research extending back to the formation of the Condensed Matter Group by Prof. W. F. Vinen, FRS in 1962. Early research was strongly focused on the magnetic, ultrasonic and thermal properties of very clean niobium single crystals. After the discovery of high-temperature superconductors in 1986/7, the group were the first to demonstrate a high-Tc SQUID using granular ceramic material, and the first to demonstrate that electrons are paired in the high-Tc superconductors.
At present, we have four active research groups. The Hicks group specialises in strain-tuning of correlated electron physics, and precision instrumentation generally. The Jeong group researches quantum magnetism, especially through use of nuclear magnetic resonance. The Coak group focusses on tuning 2D magnetic materials with strong electron correlations with extreme pressures. The Marković group studies the electronic structure and its tunability in novel phases of quantum materials.
Group members
Faculty
Postdoctoral research assistants
PhD students
- Felix Baylis
- Thomas Brogan
- Nina Stilkerich (TU Dresden)
Emeritus faculty
Professor Colin Gough
Dr Chris Muirhead
Dr A. I. M. Rae