Emergent Phenomena
in Quantum Matter
About us
We are a computational condensed matter group at the Department of Physics and Astronomy at the University of Manchester. Our research is mainly focused on the study of exotic states of quantum matter using a range of computational techniques, based on density functional theory, dynamical mean field theory, tight-binding modeling and lately machine learning. We are particularly interested in studying topological phases of matter, quantum confinement phenomena at the interface of heterogeneous materials, thermopower generation and manipulation in low-dimensional systems, strongly correlated electron systems, and superconductivity. Our goal is to develop new guiding principles for the study and design of next-generation qunatum materials with advanced functionalites suitable for future energy and inforamtion techonologies.
Recent research Highlights
Opportunities for PhD Candidates
Highly motivated and talented individuals are invited to explore the possibility of pursuing a PhD within our research group in the Department of Physics and Astronomy at the University of Manchester.
Our group offers innovative and exciting projects in computational condensed matter physics. Potential research areas include:
- Topological quantum phases of matter
- Designer quantum heterostructures with twisted or mismatched interfaces
- Dimensionally controllable unconventional superconductivity
- Strongly correlated electron systems and their role in novel forms of magnetism and superconductivity
- Code development and machine learning techniques applied to quantum material modeling
Candidates with a passion for these topics are encouraged to get in touch to discuss potential projects. While specific funded positions may not always be available, opportunities for external funding or scholarships can be explored.
For further details, please contact us
