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arXiv 0709.3475math-phmath.MP
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论量子时空的数学起源

On the mathematical origin of quantum space-time

G. Sardanashvily

摘要:

欧氏拓扑空间E同胚于E上Schwartz分布空间D ′(E)的δ函数子集。因此,E上紧支集的任何光滑函数都推广到D ′(E)上。人们可以把这些扩展看作是类属量子变形。因此,在量子模型中,我们应该用D(E)上的函数积分来代替E上的函数积分。

英文摘要:

An Euclidean topological space E is homeomorphic to the subset of delta-functions of the space D'(E) of Schwartz distributions on E. Herewith, any smooth function of compact support on E is extended onto D'(E). One can think of these extensions as sue generis quantum deformations. In quantum models, one therefore should replace integration of functions over E with that over D(E).

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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