PhD Position in Nuclear Physics Theory: Symmetries and Algebraic Methods

This PhD position at the Racah Institute of Physics, part of The Hebrew University of Jerusalem, focuses on advancing theoretical nuclear physics through algebraic methods and symmetry studies. The successful candidate will investigate quantum phase transitions, shape evolution, and persistent symmetries in complex nuclei under the guidance of Prof. Amiram Leviatan. The project combines rigorous theoretical work with computational tools, aiming to uncover fundamental nuclear properties. The position offers a dynamic research environment with potential for extension up to three years, contingent on academic performance. It is ideal for physics graduates with a strong foundation in quantum mechanics, Lie algebras, and group theory, seeking to contribute to cutting-edge nuclear theory research.

• Conduct theoretical research on symmetries and algebraic methods in nuclear physics, focusing on quantum phase transitions and shape evolution in nuclei.
• Develop and apply mathematical models and computational tools to analyze nuclear structures and excitation modes.
• Collaborate with Prof. Amiram Leviatan and contribute to international research networks in nuclear and hadronic physics.
• Present research findings at academic conferences and publish results in peer-reviewed journals.
• Participate in departmental seminars and workshops to stay updated on advancements in theoretical physics.