PhD Position in Nuclear Physics: Gamow Shell Model with Coupled Channels

This PhD project focuses on studying the structure and reactions of exotic atomic nuclei near the limits of stability using the Gamow Shell Model and its coupled-channel extension. Hosted at GANIL in Caen, France, the research addresses open quantum systems and aims to provide a unified theoretical description of nuclear phenomena. The successful candidate will leverage high-performance computing resources and uncertainty quantification techniques to produce reliable theoretical predictions. The position offers an opportunity to collaborate internationally and contribute to fundamental physics research.

• Develop and apply the Gamow Shell Model and coupled-channel approaches to study exotic atomic nuclei.
• Perform large-scale numerical simulations using high-performance computing resources.
• Integrate uncertainty quantification methods into nuclear models to ensure robust predictions.
• Compare theoretical model results with experimental data from radioactive ion beam facilities.
• Collaborate with international research partners and present scientific findings at conferences.
• Contribute to scientific publications and draft peer-reviewed journal articles.