The pairing and structure of nuclei near N = Z is described in the framework of shell-model Monte Carlo (SMMC) calculations. Principal results include the enhancement of J=0, T=1 proton-neutron pairing at N=Z nuclei, and the marked difference of thermal properties between even-even and odd-odd N=Z nuclei. Additionally I will present a study of the rotational properties for the T=1 (ground state), and T=0 band mixing seen in {sup 74}Rb
The shell model Monte Carlo technique (SMMC) transforms the traditional nuclear shell model problem ...
We demonstrate the feasibility of realistic shell-model Monte Carlo (SMMC) calculations spanning mul...
Background: Nuclear shell model is widely applied in the studies of light and medium-mass nuclei. Th...
The pair content and structure of nuclei near N = Z are described in the frwnework of shell-model Mo...
The author`s research over the past few years has been in the area of the nuclear shell model solved...
We perform Shell Model Monte Carlo calculations of selected N=Z pf-shell nuclei with a schematic ham...
We perform Shell Model Monte Carlo calculations to study pair correlations in the ground states of $...
We calculate the ground-state properties of well deformed, even-even N = Z nuclei in the region betw...
We calculate the ground-state properties of well deformed, even-even N = Z nuclei in the region betw...
One of the goals pursued in the present research was to understand the nuclear phenomena (such as ro...
We calculate the ground-state properties of well deformed, even-even N = Z nuclei in the region betw...
We study the gross properties of even-even and N=Z nuclei with A=48–64 using shell-model Monte Carlo...
We report on the development of a new shell-model Monte Carlo algorithm which uses the proton-neutro...
The shell model Monte Carlo technique (SMMC) transforms the traditional nuclear shell model problem ...
The axially deformed relativistic mean field theory with the force NLSH has been performed in the bl...
The shell model Monte Carlo technique (SMMC) transforms the traditional nuclear shell model problem ...
We demonstrate the feasibility of realistic shell-model Monte Carlo (SMMC) calculations spanning mul...
Background: Nuclear shell model is widely applied in the studies of light and medium-mass nuclei. Th...
The pair content and structure of nuclei near N = Z are described in the frwnework of shell-model Mo...
The author`s research over the past few years has been in the area of the nuclear shell model solved...
We perform Shell Model Monte Carlo calculations of selected N=Z pf-shell nuclei with a schematic ham...
We perform Shell Model Monte Carlo calculations to study pair correlations in the ground states of $...
We calculate the ground-state properties of well deformed, even-even N = Z nuclei in the region betw...
We calculate the ground-state properties of well deformed, even-even N = Z nuclei in the region betw...
One of the goals pursued in the present research was to understand the nuclear phenomena (such as ro...
We calculate the ground-state properties of well deformed, even-even N = Z nuclei in the region betw...
We study the gross properties of even-even and N=Z nuclei with A=48–64 using shell-model Monte Carlo...
We report on the development of a new shell-model Monte Carlo algorithm which uses the proton-neutro...
The shell model Monte Carlo technique (SMMC) transforms the traditional nuclear shell model problem ...
The axially deformed relativistic mean field theory with the force NLSH has been performed in the bl...
The shell model Monte Carlo technique (SMMC) transforms the traditional nuclear shell model problem ...
We demonstrate the feasibility of realistic shell-model Monte Carlo (SMMC) calculations spanning mul...
Background: Nuclear shell model is widely applied in the studies of light and medium-mass nuclei. Th...