معرفی
Dr. Zhengxue Ren is a researcher at the Institute for Advanced Simulation (IAS), specifically within the Theory of strong interaction (IAS-4) group at Research Center Jülich GmbH. His work focuses on advanced computational and theoretical approaches to nuclear physics.
- Nuclear Structure and Dynamics
- Density Functional Theory
- Machine Learning in Nuclear Modeling
- Relativistic Effects in Quantum Systems
- Fission and Clustering Processes
His recent publications highlight the integration of machine learning with orbital-free density functional theory to analyze nuclear shell effects, alpha clustering, and deformation. He also explores ab initio methods for nuclear radii, ternary quasifission in actinide collisions, and tetrahedral nuclear shapes using 3D lattice simulations.
Dr. Ren’s article trends demonstrate a focus on relativistic density functionals, hypernuclei modeling, and finite-temperature nuclear dynamics. His research bridges traditional nuclear theory with modern computational techniques, including inverse Hamiltonian methods and spectral algorithms.
