We report a comprehensive study of ${}^{10-14}$B isotopes within the ab-initio no-core shell model (NCSM) using realistic nucleon-nucleon (NN) interactions. In particular, we have applied the inside non-local outside Yukawa (INOY) interaction to study energy spectra, electromagnetic properties and point-proton radii of the boron isotopes. The NCSM results with the charge-dependent Bonn 2000 (CDB2K), the chiral next-to-next-to-next-to-leading order (N${}^3$LO) and optimized next-to-next-to-leading order (N${}^2$LO${}_{opt}$) interactions are also reported. We have reached basis sizes up to $N_{\mathrm{\text{max}}}$ = 10 for ${}^{10}$B, $N_{\mathrm{\text{max}}}$ = 8 for ${}^{11,12,13}$B and $N_{\mathrm{\text{max}}}$ = 6 for ${}^{14}$B with m-scheme dimensions up to 1.7 billion. We also compare the NCSM calculations with the phenomenological YSOX interaction using the shell model to test the predictive power of the ab-initio nuclear theory. Overall, our NCSM results are consistent with the available experimental data. The experimental ground state spin $3^{+}$ of ${}^{10}$B has been reproduced using the INOY NN interaction. Typically, the 3N interaction is required to correctly reproduce the aforementioned state.

中文翻译：

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具有现实NN相互作用的10−14B同位素的Ab-Initiono核壳模型研究

我们报告了对 ${}^{10-14}$从头开始的无核壳模型（NCSM）中的B同位素，使用现实的核子-核子（NN）相互作用。尤其是，我们已应用内部非局部外部Yukawa（INOY）相互作用来研究硼同位素的能谱，电磁特性和点质子半径。NCSM的结果取决于电荷相关的Bonn 2000（CDB2K），即手性的从前到下一到从前到前的顺序（N${}^3$LO）和优化的倒数第二个前导顺序（N${}^2$LO${}_{ØpŤ}$）的互动也有报道。我们的基本规模已达到${ñ}_{\mathrm{\text{最高}}}$ = 10 ${}^{10}$B， ${ñ}_{\mathrm{\text{最高}}}$ = 8 ${}^{11，12，13}$B和 ${ñ}_{\mathrm{\text{最高}}}$ = 6 ${}^{14}$B的m方案规模高达17亿。我们还使用壳模型将NCSM计算与现象学YSOX交互作用进行了比较，以检验从头算核理论的预测能力。总体而言，我们的NCSM结果与可用的实验数据一致。实验性基态自旋$3^{+}$ 的 ${}^{10}$B已使用INOY NN交互复制。通常，需要3N交互才能正确重现上述状态。