Based on the experimentally established existence of atoms with spatially one- and two-dimensional electronic structures that can be paired with conventional three-dimensional atoms, a formal theoretical substantiation is proposed in favor of the possibility of simultaneous presence of all three types of atoms with spatial dimension DI = D1, D2, D3 . Despite the fundamental difference in the computational procedure, the results of the present study seem to be quite adequate being a significant addition to the results of previous V. V. Skobelev’s works. The conclusions of the work can be verified in experiments, though the principal feasibility of such experiments is not obvious. This last problem needs further substantiation and is not discussed in this work.

基于实验确定的具有空间一维和二维电子结构的原子可以与常规三维原子配对的原子的存在，提出了一种形式上的理论证明，有利于所有三种原子同时存在的可能性。空间尺寸DI = D1，D2，D3。尽管计算过程存在根本差异，但本研究的结果似乎是相当充分的，它是对以前VV Skobelev的工作成果的重要补充。这项工作的结论可以在实验中得到验证，尽管这种实验的主要可行性尚不明确。最后一个问题需要进一步证实，因此本文不予讨论。