论文标题
温伯格 - 萨拉姆模型中激发的单豆 - 抗斜杆对的系统
System of excited monopole-antimonopole pair in the Weinberg-Salam model
论文作者
论文摘要
我们进一步研究了标准的Weinberg-Salam模型中轴向对称的单极抗抗烷对的性能。通过使用一种新型的数据采样方法，我们获得并分析了与物理希格斯自耦合$β= 0.7782 $的300个数值解和Weinberg角$ \tanθ_w= 0.5358 $。我们计算这些溶液的能量，并确认它们居住在13.1690-21.0221 TEV范围内。此外，当数据根据系统的对称性根据算法排列时显示了独特的模式，这似乎表明系统正在振荡。我们还以数值计算解决方案的磁性电荷，并确认它们的值确实是$ \ pm \ frac {4π} {e} \ sin^2θ_w$。
We investigate further the properties of axially symmetric monopole-antimonopole pair in the standard Weinberg-Salam model. By using a novel data sampling approach, we have obtained and analyzed 300 numerical solutions corresponding to physical Higgs self-coupling $β=0.7782$ and the Weinberg angle $\tanθ_W=0.5358$. We calculate the energy of these solutions and confirm that they reside in a range of 13.1690 - 21.0221 TeV. In addition, a unique pattern is shown when the data are arranged according to an algorithm based on the system's symmetry, which seems to indicate the system is oscillating. We also calculate numerically the magnetic charge of the solutions and confirm that their values are indeed $\pm\frac{4π}{e}\sin^2θ_W$.
