Providence) concerning bounded composition operators on weighted Bergman spaces of the unit disk. The main result is the following: if G i = e -h i for i = 1 2 are weight functions in a certain range for which h 1 r /h 2 r → ∞ as r → 1 then there is a self-map of the unit disk such that the induced
Closed range multiplication operators on weighted Bergman spaces
✍ Scribed by Kinga Cichoń
- Publisher
- Elsevier Science
- Year
- 2005
- Tongue
- English
- Weight
- 207 KB
- Volume
- 60
- Category
- Article
- ISSN
- 0362-546X
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✦ Synopsis
Let be a bounded analytic function on a simply connected domain ⊆ C. For a large family of weights we characterize when a pointwise multiplication operator M , M (f )(z)= (z)f (z), defined on a weighted Bergman space A p w ( ) on has closed range. In particular, the result holds for weights w(z) = (d(z, *S)), : R + → R + , 0, defined on a strip S or weights w(z) = (Re z) , > -1 p , defined on a right half plane.
📜 SIMILAR VOLUMES
We show that ``Toeplitz like'' operators of the form T s u f=P s (uf ), where P s is a weighted Bergman projection, are bounded on the Hardy spaces H p , for 1 p< for certain ``symbols'' u defined on the unit disk. In particular, T s u is bounded if u is of the form u=h+G+ where h is a bounded harmo
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Let , be analytic functions defined on ,ބ such that ބ : .ބ The operator Ž . given by f ¬ f ( is called a weighted composition operator. In this paper we deal with the boundedness, compactness, weak compactness, and complete continu-Ž . ity of weighted composition operators on Hardy spaces H 1