Opening and Overview of TRIP

• Masaaki Kimura (RIKEN Nishina Center)

Room: RIBF bld. 2F Large Meeting Room

Collaborations through TRIP: Emulators and Quantum Computing as examples

• Sota Yoshida (Utsunoimya University/RIKEN)

Room: RIBF bld. 2F Large Meeting Room

Nuclear ab initio calculations with chiral effective field theory

• Takayuki Miyagi

Room: RIBF bld. 2F Large Meeting Room

What can AI/ML do for us? Exploring the power (and potential problems) of AI/ML in nuclear physics

• Kyle Godbey (Michigan State University)

Room: RIBF bld. 2F Large Meeting Room

Linear-response emulator for nuclear excited state calculations

• Nobuo HINOHARA (Center for Computational Sciences, University of Tsukuba)

Room: RIBF bld. 2F Large Meeting Room

Nuclear data for nuclear reactor physics

• Go Chiba (Hokkaido University)

Room: RIBF bld. 2F Large Meeting Room

Nuclear data evaluation in developing JENDL

• Osamu Iwamoto (Japan Atomic Energy Agency)

Room: RIBF bld. 2F Large Meeting Room

New Approaches in Nuclear Data Evaluation through Bayesian Machine Learning - Towards More Reliable, Sustainable, and Comprehensive Nuclear Dataset

• Hiroki Iwamoto (Japan Atomic Energy Agency)

Room: RIBF bld. 2F Large Meeting Room

Statistical analysis of nuclear low-lying states and double-beta decay with a covariant energy density functional

• Xin Zhang (Kyoto University)

Room: RIBF bld. 2F Large Meeting Room

Statistical tools for studies of the rapid neutron capture process

• Yukiya Saito (Facility for Rare Isotope Beams, Michigan State University)

Room: RIBF bld. 2F Large Meeting Room Abstract: The rapid neutron capture process (r-process) is believed to be responsible for the synthesis of the heaviest elements in the Universe and to occur in extreme astrophysical events such as compact binary mergers. Despite a multitude of efforts and developments to understand the workings of the r-process both in nuclear physics and astrophysics, many challenges and unknowns remain. One of such challenges is to quantitatively gauge our understanding of the r-process, in other words, to obtain comprehensive uncertainty estimates in the theoretical reproduction of observable quantities. Theoretical calculations of r-process observables are known to be sensitive to the choice of nuclear physics inputs, such as mass model, beta-decay rates, neutron capture rates, fission properties, and more. Quantification and incorporation of the uncertainty of nuclear physics inputs in the r-process calculations is still a topic of active investigation. In this talk, applications of several statistical techniques to handle the uncertainty of nuclear physics inputs in the r-process studies will be discussed.

Some examples of the use of data-scientific methods in astrophysics

• Yuto Ichinohe (RIKEN)

Room: RIBF bld. 2F Large Meeting Room

Signature of shell evolution from reaction cross section measurement

• Hooi Jin Ong (Institute of Modern Physics, Chinese Academy of Sciences)

Room: RIBF bld. 2F Large Meeting Room

Overview of TRIP-S3CAN Project

• Daiki Nishimura (Tokyo City University)

Room: RIBF bld. 2F Large Meeting Room

Complete Glauber model analysis for total reaction and elastic scattering cross sections

• Wataru Horiuchi (Osaka Metropolitan University)

Room: RIBF bld. 2F Large Meeting Room

Elastic and quasi-elastic scattering with Active Targets

• Wolfgang Mittig (Michigan State University)

Room: RIBF bld. 2F Large Meeting Room

Overview of TRIP-MESA and ESPRI Project

• Juzo ZENIHIRO (Department of Physics, Kyoto University)

Room: RIBF bld. 2F Large Meeting Room

AMD simulation for reaction and fragmentation cross sections

• Akira Ono (Tohoku University)

Room: RIBF bld. 2F Large Meeting Room

IS and IV densities vs. Symmetry energy and ISB

• Hiroyuki Sagawa (RIKEN/University of Aizu)

Room: RIBF bld. 2F Large Meeting Room

From Density to Energy Density Functional

• Tomoya Naito (RIKEN iTHEMS)

Room: RIBF bld. 2F Large Meeting Room

Bayesian inference on nuclear ground state and giant resonance data

• Xavier Roca Maza (University of Barcelona and University of Milan)

Room: RIBF bld. 2F Large Meeting Room

P11:Measurements of isomers around the A~100 region for TRIP-S3CAN

• Nao Ito

Room: RIBF bld. 2F Large Meeting Room

Round-table conference Room: Cafeteria Banquet

Predictions of beta-decay half-lives and beta-delayed neutron emissions within Skyrme-QRPA

• Futoshi Minato (Kyushu university)

Room: RIBF bld. 2F Large Meeting Room

Some results from macroscopic-microscopic nuclear-structure calculations that may serve as suitable tests for AI.

• Peter Moller (Department of Mathematical Physics, Lund University, Lund,Sweden)

Room: RIBF bld. 2F Large Meeting Room

Nuclear mass and beta-decay half-life with Bayesian approaches

• Haozhao Liang (The University of Tokyo)

Room: RIBF bld. 2F Large Meeting Room

TRIP 2025 plan

• Hidetada Baba (RIKEN)

Room: RIBF bld. 2F Large Meeting Room

Comments, advices from participants, and Closing

• Hidetada Baba (RIKEN)
• Muhsin Harakeh
• Masaaki Kimura (RIKEN Nishina Center)

Room: RIBF bld. 2F Large Meeting Room