Kevin Marc Seja
I am a PostDoc at the Applied Quantum Physics lab at MC2. My research is focused on superconductors out of equilibrium, as well as superconducting hybrid structures that combine superconductors with other materials such as magnets. The latter can give rise to new, interesting physical effects that can be useful for device applications such as superconducting spintronics. However, I'm interested in quantum materials in general and how we can investigate them using both analytical tools as well as numerical approaches such as finite element methods.
I obtained my master's degree from TU Dresden in Germany before coming to Chalmers. Here, I received my PhD in the summer of 2022, a few months before joining as a postdoctoral researcher.
Showing 6 publications
Transport theory and finite element methods for mesoscopic superconducting devices
Self-consistent theory of current injection into d and d plus is superconductors
Thermopower and thermophase in a d -wave superconductor
Finite element method for the quasiclassical theory of superconductivity
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