2010
DOI: 10.1090/s0002-9939-10-10522-x
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Spectrum of the complex Laplacian on product domains

Abstract: Abstract. We show that the spectrum of the complex Laplacian on a product of Hermitian manifolds is the Minkowski sum of the spectra of the complex Laplacians on the factors. We use this to show that the range of the Cauchy-Riemann operator ∂ is closed on a product manifold, provided it is closed on each factor manifold.

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Cited by 8 publications
(12 citation statements)
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“…For the details on the general definition of ∂ E and its properties, we refer to [24,16,14,8]. We note that equation (5.2) has also appeared in [4]. In the following Theorem 5.1, we will consider the case where all ∆ϕ j define nontrivial doubling measures.…”
Section: Decoupled Weightsmentioning
confidence: 99%
“…For the details on the general definition of ∂ E and its properties, we refer to [24,16,14,8]. We note that equation (5.2) has also appeared in [4]. In the following Theorem 5.1, we will consider the case where all ∆ϕ j define nontrivial doubling measures.…”
Section: Decoupled Weightsmentioning
confidence: 99%
“…However there are a few cases where Condition R can be established on a domain with generic corners by elementary means. In [14,13], the following was proved: if D 1 ⊂ C n1 , D 2 ⊂ C n2 are bounded pseudoconvex domains (no assumption of generic corners on the boundary) such that each of them satisfies Condition R, then so does their product. Here on the other hand there is no assumption of pseudoconvexity.…”
Section: Some Examplesmentioning
confidence: 99%
“…The Cauchy-Riemann equations on product domains have been studied previously in [Cha10; CS11; Ehs07; Fu07; Kra88]. In [Cha10], Chakrabarti computes the spectrum of for X × Y , the product of two Hermitian manifolds. If we denote, for the moment, the complex Laplacian on the (p, q) forms on X × Y by X×Y p,q , then its spectrum according to [Cha10] is σ( X×Y p,q ) = p +p =p q +q =q σ( X p ,q ) + σ( Y p ,q ) .…”
Section: Introductionmentioning
confidence: 99%