Creation of a Visual Model of the Atomic Structure as a Possible Element of a Quantum Computer

Viktor K. Bilyk
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Abstract

Using only the laws of classical mechanics, a possible physical model of the structure of an atom as an element of a quantum computer—- a cube is proposed. The stable motion of an electron in an atom is substantiated, which is provided not only by the motion in the main elliptical or circular orbit but also by the additional motion of the electron around the main trajectory along the trajectory (helical line), the projection of which on the plane of the main orbit has the form of a cosine. It is shown why the trajectory of the electron is “smeared”, and the electron does not fall on the nucleus and, in general, what keeps it in the sphere of influence of the nucleus.
创建原子结构的可视化模型作为量子计算机的可能元素
仅利用经典力学定律,就作为量子计算机元件的原子结构——立方体——提出了一个可能的物理模型。电子在原子中的稳定运动得到了证实,这不仅是由主椭圆或圆形轨道上的运动提供的,而且是由电子围绕主轨道沿着轨道(螺旋线)的附加运动提供的。主轨道在主轨道平面上的投影呈余弦形。这表明了为什么电子的轨迹被“涂抹”,电子不会落在原子核上,以及通常是什么使它保持在原子核的影响范围内。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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16
审稿时长
24 weeks
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