I supervise bachelor's, master's, and doctoral theses in theoretical atomic physics. I offer topics related to precise calculations of energy levels in light atoms, quantum electrodynamic corrections, and numerical methods for few-body atomic systems.
Current directions
- Precise theoretical calculations of energy levels in light atoms
- Energy levels of one-electron atoms with accurate treatment of vacuum polarization or finite nuclear radius
- Numerical solution of the Schrödinger equation for two-body and few-body atomic systems
Who the topics are for
These topics are suitable for students who enjoy quantum mechanics, mathematical physics, and analytical or numerical calculation. Prior experience with programming or symbolic computation is useful, but the exact requirements depend on the chosen topic.
How to start
If you are interested in theoretical atomic physics, the simplest first step is to contact me by email. We can discuss possible topics, prerequisites, and the expected form of the work.