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首页> 外文期刊>Journal of Statistical Physics > $$epsilon $$ ? Expansion and Universality in Three Dimensions]]>
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$$epsilon $$ ? Expansion and Universality in Three Dimensions]]>

机译: $$ epsilon $$ 三维的扩展和普遍性]]]>

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摘要

It has been observed that the classification into universality classes of critical behavior, as established by perturbative renormalization group in the vicinity of four or six dimensions of space by the epsilon expansion, remains valid down to three dimensions in all known cases, even when perturbative renormalization group fails in lower dimensions. In this paper we argue that this classification into universality classes remains true in lower dimensions of space, even when perturbative renormalization group fails, because of the well known phenomenon of eigenvalue repulsion.
机译:已经观察到,通过ε膨胀的四个或六个空间的四个或六个维度附近的扰动重整组的普遍性行为的普遍性行为的分类仍然是所有已知病例的三维,即使在扰动的重整化时也会有效 小组在较低维度下降。 在本文中,我们认为,即使在扰动的重整化组失败时,这种分类仍然是空间的较低维度,因为特征值排斥的众所周知现象失败。

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