Abstract

We propose an extrapolation method utilizing energy variance in the Monte Carlo shell model in order to estimate the energy eigenvalue and observables accurately. We derive a formula for the energy variance with deformed Slater determinants, which enables us to calculate the energy variance efficiently. The feasibility of the method is demonstrated for the full pfpf-shell calculation of 56^{56}Ni, and the applicability of the method to a system beyond current limit of exact diagonalization is shown for the pfpf+g9/2g_{9/2}-shell calculation of 64^{64}Ge.

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