We study many-body resonances in the neuron-rich $^8$He and mirror proton-rich $^8$C using $^4$He+$N$+$N$+$N$+$N$ five-body model with isospin $T=2$ system. Resonances are described complex energy eigenvalues as Gamow states scaling method. In $^8$He, we obtain five states, which four resonances, all resonances.We discuss isospin-symmetry breaking dynamically induced by Coulomb interaction spec...

We previously reported that nuclear grade assignment of prostate carcinomas is subject to a cognitive bias induced by the tumor architecture. Here, we asked whether this bias is mediated by the non-conscious selection of nuclei that "match the expectation" induced by the inadvertent glance at the tumor architecture. 20 pathologists were asked to grade nuclei in high power fields of 20 prostate ...

We study many-body resonances in the neuron-rich $^8$He and mirror proton-rich $^8$C using $^4$He+$N$+$N$+$N$+$N$ five-body model with isospin $T=2$ system. Resonances are described complex energy eigenvalues as Gamow states scaling method. In $^8$He, we obtain five states, which four resonances, all resonances.We discuss isospin-symmetry breaking dynamically induced by Coulomb interaction spec...

We review the AMD study of cluster structures in stable and unstable light nuclei. We place emphasis on the characteristic features of the AMD approach, which include variation after parity projection, three-dimensional cranking and variation after angular momentum projection, superposition of Slater determinants for the study of excited states, and unified treatment of structure and reaction c...