大学物理 ›› 2006, Vol. 25 ›› Issue (1): 23-23.

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微观数字态

陶必修 童红 杨吟野   

  1. 贵州民族学院物理与电子信息科学学院,贵州贵阳550025
  • 出版日期:2006-01-25 发布日期:2006-01-20

Microscopic digital states

  • Online:2006-01-25 Published:2006-01-20

摘要: 当组成电子系统的元件或神经系统的细胞的尺度(或其间隙)缩至纳米量级以下时。量子规律必然要起作用.在这种超微结构中表达的一个二进制数,就相当于系统的一个微观态,这些微观态的复杂性由二进制数的位数确定.从不同形式的不对易代数,可得到微观数字态的不同表示,反映了理论上量子规律的多样性.要选择合适的不对易代数.必须通过实验才能获得,另外,把“拟荷”这个抽象概念与微观体系的能级联系起来,使之成为可观测的物理量,从而可应用物理方法对微观数字系统进行定量分析。

关键词: 超微系统, 不对易代数, 拟荷

Abstract: When the size of electric elements or cells of a system reduce to nanometer, the quantum laws must act on its way. A binary digit of just getting by this kind of systems corresponds to a micro-state of it. The complexity of micro-states can be defined by the bits of binary digits. From different forms of incommutable algebra. We got several expressions of micro-digital states. However an appropriate incommutable algebra must be selected by experiments. In addition, we may link the quasi-charges of a state with the energy levels of the micro-system, so the quasi-charge becomes an observed physical quantity, and we can analyze them in quantities by means of physical methods.

Key words: micro-system, incommutable algebra, quasi-charge

中图分类号: 

  • O413.1