Computational physicist Dorothea Golze receives prestigious Emmy Noether Award
Golze’s Emmy-Noether project will develop highly accurate theoretical methods for core-level spectroscopy of complex materials based on fully relativistic Green’s function theory in the GW approximation. The project will focus on X-ray photoelectron spectroscopy (XPS) and X-ray absorption spectroscopy (XAS) , which are powerful tools for materials characterization. However, the experimental spectra are generally difficult to interpret without aid from predictive theoretical models. The goal of the Emmy-Noether project is to advance highly accurate GW-based methods for the prediction of XPS and XAS of complex materials, including light and heavy elements. The project will push GW-based methods to previously inaccessible system sizes by developing low-scaling algorithms and exploiting the computational power of the new generation of exascale supercomputers.
The project will start in June 2021 and offers PhD and Postdoc positions. If you are interested, please contact Dorothea ([email protected]) for more information.
Contact
Dorothea Golze
- Published:
- Updated:
Read more news
Broadband miniaturized spectrometer research receives QTF annual discovery award 2024
The clarity and compelling presentation of the research were one of the reasons why Doctoral Researcher Md Uddin earned the prize for the research paper, which was published in Nature Communications.
Robotics needs safe behavior patterns
Robotics and autonomous systems are developing rapidly. Algorithms that withstand disturbances and uncertainties in the system model and environment are critical for development.
Teaching a computer to type like a human
A new typing model simulates the typing process instead of just predicting words