Research Supervisor Connect
There are several projects available in this area. Point defects in semiconductors/insulators with specific properties are a promising material systems for single-photon sources, sensors and qubits for quantum technologies. In order to design and engineer such structures, a fundamental understanding of defect properties is essential including geometry, electronic and optical properties, as well as stability.
In this research, first-principles quantum mechanical (density functional theory based) calculations will be used to study and predict defect structures of high potential for applications in future technologies. In combination with on-the-fly machine-learning techniques, insight into defect mobility and dynamics at room and elevated temperatures will be obtained. The theoretical insights developed in the project aim to inform the design of atomic defects systems for tailored applications.
Co-supervisor: Oliver Conquest, Hongyang Ma
Email contact: [email protected]
The opportunity ID for this research opportunity is 3673