Dominik Kiese, Ph. D.
Center for Computational Quantum Physics
Flatiron Institute
New York City
Dominik Kiese, Ph. D.
Center for Computational Quantum Physics
Flatiron Institute
New York City
Center for Computational Quantum Physics
Flatiron Institute
New York City
Center for Computational Quantum Physics
Flatiron Institute
New York City
I am a Flatiron Research Fellow at the Center for Computational Quantum Physics at the Flatiron Institute in New York. I received my Ph. D. in Theoretical Physics from the University of Cologne (Germany) in 2022.
My research focuses on the development and implementation of numerical methods for the study of interacting quantum many-body systems, with
an emphasis on strongly-correlated electrons and frustrated magnetism.
I specialize in methods based on Green's functions, such as the functional renormalization group and the parquet formalism.
Performant code is central to condensed matter physics, and I am very interested in developing and optimizing scientific software for large-scale computing architectures. Using programming languages such as Julia and modern C++, my goal is to make numerical algorithms easily accessible to researchers in the field.
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