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arXiv math-ph/0112019math-phhep-thmath.FAmath.MPmath.SPquant-ph
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奇异位哈密顿$ζ$函数的极点结构

Pole structure of the Hamiltonian $ζ$-function for a singular potential

H. Falomir, P. A. G. Pisani, A. Wipf

摘要:

研究了半直线$\mathbf{R}^+$中量子力学粒子在奇异势$g x^{-2}+x^2$作用下与哈密顿量$H$相关联的$ζ$ -函数的极结构.我们证明了$H$在参数$g$的给定取值范围内允许非平凡的自伴扩张(SAE).这些算子的$ζ$ -函数表示依赖于$g$的极点,并且一般不与半个整数重合(它们甚至可以是无理数)。相应的残基取决于所考虑的SAE。

英文摘要:

We study the pole structure of the $ζ$-function associated to the Hamiltonian $H$ of a quantum mechanical particle living in the half-line $\mathbf{R}^+$, subject to the singular potential $g x^{-2}+x^2$. We show that $H$ admits nontrivial self-adjoint extensions (SAE) in a given range of values of the parameter $g$. The $ζ$-functions of these operators present poles which depend on $g$ and, in general, do not coincide with half an integer (they can even be irrational). The corresponding residues depend on the SAE considered.

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