ADAPT-SSVQE on a Jordan-Wigner mapped shell-model Hamiltonian recovers five (ten) orthogonal eigenstates for two (three) nucleons in j=9/2 with spectroscopic accuracy in noiseless simulation and restores J^2.
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Shell model calculations with bounded fluctuations in two-body matrix elements and Bayesian model averaging produce a 76Ge 0νββ nuclear matrix element of 2.46 with standard deviation 0.25.
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Full-Spectrum Quantum Simulation for the Nuclear Shell Model
ADAPT-SSVQE on a Jordan-Wigner mapped shell-model Hamiltonian recovers five (ten) orthogonal eigenstates for two (three) nucleons in j=9/2 with spectroscopic accuracy in noiseless simulation and restores J^2.
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Uncertainty Quantification of the $^{76}$Ge Neutrinoless Double-Beta Decay Nuclear Matrix Element
Shell model calculations with bounded fluctuations in two-body matrix elements and Bayesian model averaging produce a 76Ge 0νββ nuclear matrix element of 2.46 with standard deviation 0.25.