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Dr Minju Kim (Institute for Rare Isotope Science)10/02/2026, 09:20
Ionization chambers are widely used in nuclear physics experiments and their role has recently expanded to active target applications. VOICE (Vertically Oriented wire Ionization Chamber with sEgmentation) is being developed at the Center for Exotic Nuclear Studies (CENS), Institute for Basic Science (IBS), to enable direct measurements of alpha induced reaction cross sections. The detector...
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Mukul Khandelwal (RCNP, The University of Osaka)10/02/2026, 09:40
The neutron-rich rare-earth nuclei in the A$\sim$160 mass region lie in one of the deformed sectors of the nuclear chart. Examining these nuclei helps us understand the evolution of nuclear deformation. The systematics of the first excited $2^+$ states in even-even nuclei suggest that Nd ($Z=60$) isotopes exhibit among the largest ground-state deformations in the A$\sim$160 region....
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中川 昂星 (京都大学)10/02/2026, 10:00
In our previous study, we found that the ${}^8\mathrm{He}(0_2^+)$ state is dominantly described by a weakly bound $\alpha + {}^2n + {}^2n$ cluster structure, and we pointed out its similarity to the $3\alpha$ gas-like state in ${}^{12}\mathrm{C}$. Based on this observation, it is considered weakly bound 3-body $S$-wave cluster states (here denoted as "3-cluster gas states") tend to appear near...
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Shion Yoshikawa (RCNP, the University of Osaka)10/02/2026, 10:20
Nuclear fission is a phenomenon in which a nucleus splits into two (or more) lighter nuclei. From a theoretical perspective, fission has been studied using macroscopic approaches such as the Langevin method, as well as the microscopic frameworks including the DFT(density functional theory) and GCM(generator coordinate method). A microscopic understanding of nuclear fission at the nucleonic...
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Dr Minju Kim
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Mukul
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Noritaka Kitamura (Center for Nuclear Study, University of Tokyo)
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