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Gap Control by Singular Schr?dinger Operators in a Periodically Structured Metamaterial

机译:周期结构超材料中奇异薛定ding算子的间隙控制

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We consider a family fH"g"0 of "Zn-periodic Schr¨odinger operators with 0-interactions supported on a lattice of closed compact surfaces; within aminimum period cell one has m 2 N surfaces. We show that in the limitwhen " ! 0 and the interactions strengths are appropriately scaled, H" hasat most m gaps within finite intervals, and moreover, the limiting behaviorof the first m gaps can be completely controlled through a suitable choice ofthose surfaces and of the interactions strengths.
机译:我们考虑一个“ f-H” g“> 0族,其“ Zn周期Schrodinger算子具有0个相互作用,并支持在一个封闭的紧致表面的晶格上;在最小周期内,一个单元具有m 2 N个表面。我们证明,当” ! 0和强度被适当地缩放的相互作用,有限的时间间隔内H” hasat最m个间隙,而且,behaviorof第一米间隙限制可以完全通过一个合适的选择ofthose表面和相互作用强度的控制。

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