The symposium will focus on the research topics and related issues of the TRIP use case Transmutation of elements led by the Nishina Center.
Discussions will focus on systematic approaches to obtaining reaction cross sections and gamma-ray measurements at RIBF. Leveraging the acquired data, we aim to explore the potential of data-driven and AI-driven methodologies in nuclear physics, addressing both current challenges and future prospects. Additionally, we will deliberate on strategies for nurturing the next generation of researchers in this field.
Key Topics:
- Systematic acquisition of elastic and inelastic scattering data, and evaluation of theoretical predictions and uncertainties in e.g. nucleon-nucleus scattering.
- Comprehensive measurement of total reaction cross sections, nuclear radius evaluation, and enhancement of energy density functionals.
- Collection of gamma-ray nuclear spectroscopic data.
- First-principles nuclear structure calculations and insights into the nuclear force, including three-nucleon forces.
- Emulators for structure/reaction calculations
- Development of quantum algorithms for solving nuclear many-body problems.
- Estimation of fundamental nuclear properties such as mass, lifetime, and radius using machine learning, with feedback mechanisms to inform theory and experiments.
- Discussion on strategic directions for experimental data acquisition and theoretical advancements within the TRIP project.
Invited Speakers:
To be announced
Organizers:
- Masaaki Kimura (RIKEN)
- Hidetada Baba (RIKEN)
- Daisuke Suzuki (University of Tokyo)
- Emiko Hiyama (Tohoku University/RIKEN)
- Futoshi Minato (Kyushu University)
- Takayuki Miyagi (University of Tsukuba)
- Sota Yoshida (Utsunomiya University)
- Juzo Zenihiro (Kyoto University)
- Masaomi Tanaka (Kyushu University)
Registration
Registration for this event is currently open.
