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Complex zeros of real ergodic eigenfunctions

机译:实际遍历本征函数的复零

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We determine the limit distribution (as lambda -> infinity) of complex zeros for holomorphic continuations p(lambda)(C) to Grauert tubes of real eigenfunctions of the Laplacian on a real analytic compact Riemannian manifold (M, g) with ergodic geodesic flow. If {p(jk)} is an ergodic sequence of eigenfunctions, we prove the weak limit formula 1/lambda j [Z(pjk)(C)] -> i/pi partial derivative partial derivative vertical bar xi vertical bar(g), where [Z(pjk)(C)] is the current of integration over the complex zeros and where. is with respect to the adapted complex structure of Lempert-Szoke and Guillemin-Stenzel.
机译:我们确定了全解析连续黎曼流形(M,g)上具有遍历测地线流量的全纯延性p(lambda)(C)到Laplacian实特征函数的Grauert管的全零点的复零的极限分布(如lambda->无穷大) 。如果{p(jk)}是本征函数的遍历序列,我们证明弱极限公式1 /λj [Z(pjk)(C)]-> i / pi偏导数偏导数竖线xi竖线(g) ,其中[Z(pjk)(C)]是复数零点和上的积分电流。关于Lempert-Szoke和Guillemin-Stenzel的复杂结构。

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