Homepage of Caroline Robin
Welcome!
I am a theoretical nuclear physicist working at the faculty of Physics at Bielefeld University, in cooperation with GSI Darmstadt .
My research focuses on the theoretical understanding of interacting quantum many-body systems, in particular, atomic nuclei.
More specifically, I am interested in the development of methods for solving the quantum many-body problem in order to understand and predict various properties of atomic nuclei, with applications to weak-interaction processes and astrophysics. I am also interested in the study of quantum information concepts and their application to classical and quantum computations of nuclei.
TEACHING:
Teaching at Bielefeld University:
More information can be found here
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Summer 22: Quantum Computing
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Winter 20/21: Nuclear Physics
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Summer 20 and Winter 20/21: Quantum Information (student seminar)
Schools:
Euroschool for exotic beams 2021 Three lectures on The Nuclear Many-Body Problem Beyond Mean Field
RESEARCH:
(Some) research interests:
- Relativistic and non-relativistic nuclear many-body problem
- Weak-interaction processes with nuclei (such as beta, double-beta decay)
- Nuclear astrophysics
- Quantum information and quantum computing
Publication list:
here
Supervision and co-supervision of students:
- F. Rocco: Nuclear theory at the intersection with quantum information science (doctoral thesis)
- M. Hengstenberg: Quantum Information for nuclear
many-body systems (Master thesis)
- A. Müller: Quantum Involutory Markov Chain Monte Carlo (Master thesis, in cooperation with Aalto University)
- D. Alvear Terrero: Beyond-mean-field global calculations of beta-decay rates for the r-process (doctoral thesis, in cooperation with GSI Darmstadt)
Open positions:
Students looking for a Bachelor or Master's thesis topic are welcome to contact me.
We offer projects in nuclear theory, nuclear astrophysics, quantum information, quantum computing.
