论文标题
黑暗原子与核的数值模拟
Numerical simulation of dark atom interaction with nuclei
论文作者
论文摘要
用于直接暗物质搜索难题的旧且无法解决的深色原子解决方案的问题与严格证明存在与核的黑暗原子相互作用中存在低能结合态的严格证明。这种证明必须涉及这种相互作用中对核吸引力和库仑排斥的自洽描述。在缺乏原子理的通常小参数中，例如电子壳的电磁耦合的较小或核大小的小参数与Bohr Orbit的半径相比，对此问题的严格研究不可避免地暗示着对暗原子与nuclei的深色数字模拟的数值模拟。我们对$ ohe- $核相互作用的这种模拟的方法涉及通过连续添加三点样身体问题基本量子机械特征的最初古典图片，涉及对现实情况的多步近似。
The old and still not solved problem of dark atom solution for the puzzles of direct dark matter searches is related with rigorous prove of the existence of a low energy bound state in the dark atom interaction with nuclei. Such prove must involve a self-consistent account of the nuclear attraction and Coulomb repulsion in such interaction. In the lack of usual small parameters of atomic physics like smallness of electromagnetic coupling of the electronic shell or smallness of the size of nucleus as compared with the radius of the Bohr orbit the rigorous study of this problem inevitably implies numerical simulation of dark atom interaction with nuclei. Our approach to such simulations of $OHe-$nucleus interaction involves multi-step approximation to the realistic picture by continuous addition to the initially classical picture of three point-like body problem essential quantum mechanical features.
