I am a Ph.D. student in Heidrich-Meisner group at Institut für Theoretische Physik, Georg-August-Universität Göttingen. I am also a member of DFG Research Unit FOR 5522, which investigates nonequilibrium dynamics of closed quantum systems with ultra-cold atoms and state-of-the-art theory as a collaboration of researchers from Germany, Slovenia, and the USA. My research interests are numerical methods in quantum many-body physics, including exact diagonalization, the Lanczos algorithm, tensor networks, and neural quantum states.
Education
Ph.D. in Physics
M.Sc. in Physics
B.Sc. in Physics
CGPA: 3.58/4.00 & Rank: 3/26 & Magna Cum Laude
Experience
Research assistant
Working on nonequilibrium physics in closed quantum systems focusing on ergodic systems, quantum chaos, eigenstate thermalization and transport as a member of Heidrich-Meisner group and of DFG Research Unit FOR 5522. Advisor: Fabian Heidrich-Meisner
Research assistant
Worked on neural-network quantum states for a two-leg Bose-Hubbard ladder under magnetic flux.
Advisors: M. Özgür Oktel & Ahmet Keleş
Advisors: M. Özgür Oktel & Ahmet Keleş
Worked on a Python library that trains Fermionic neural networks to find the ground state wave functions of an atom or a molecule using neural-network quantum states. Advisors: Christian B. Mendl & Irene López Gutiérrez
Undergraduate researcher
Worked on the following projects:
- Numerical simulation of geometric squeezing in rotating Bose-Einstein condensates (as my first senior project)
- Constructing the phase diagram of the 1D Bose-Hubbard model with an artificial neural network (as my second senior project)
Worked on the integration of a new pressure gauge into the Mainz experiment of Project 8.
Advisors: Sebastian Böser & Alec Lindman
Advisors: Sebastian Böser & Alec Lindman
Recent Publications
Contact
If you have any questions or spot any errors, please feel free to contact me.
- kadir [dot] ceven [at] uni [hyphen] goettingen [dot] de
- My Twitter account