2 THEORETICAL PHYSICS |
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2.1 Quark-Hadron Nuclear Physics |
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1. Dynamics of Heavy-Ion Fusion and Synthesis of Superheavy Elements |
Y. Abe |
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2. Quark-hadron matter with strangeness |
T. Endo |
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3. Vacuum polarization effect in nuclear excitations |
A. Haga, H. Toki, S. Tamenaga, and Y. Horikawa |
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4. Bethe-Salpeter approach for the deuteron with the inclusion of negative energy states |
Y. Manabe, A. Hosaka, and H. Toki |
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6. Role of the explicit tensor correlation in neutron halo nuclei |
T. Myo, K. Kato, H. Toki, and K. Ikeda |
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7. Formation spectra of $\eta$-mesic nuclei by ($\pi^+$, p) reaction at J-PARC and chiral symmetry for baryons |
H. Nagahiro, D. Jido, S. Hirenzaki, and E. Oset |
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8. Formation of $\omega$-mesic nuclei by ($\gamma$, p) reaction |
H. Nagahiro, M. Kaskulov, S. Hirenzaki, and E. Oset |
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9. Electric properties of the nucleon and Roper resonance in a chiral quark-diquark model |
K. Nagata, and A. Hosaka |
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10. Relativistic description of nuclear surface with vacuum fluctuation |
N. Nose-Togawa, and H. Toki |
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11. Role of pion in finite nuclei based on the charge and parity projected chiral mean field model |
Y. Ogawa, H. Toki, and S. Tamenaga |
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12. The hadron properties in the massless sigma model at finite temperature |
S. Tamenaga, H. Toki, A. Haga, and Y. Ogawa |
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13. The effect of renormalization in the massless sigma model for finite nuclei |
S. Tamenaga, H. Toki, A. Haga and Y. Ogawa |