Absolutely Summing Multipliers on Abstract Hardy Spaces
Mastylo Faculty, Mleczko Faculty
Abstract
Mastylo Faculty, Mleczko Faculty
Abstract
We study summing multipliers from Banach spaces of analytic functions on the unit disc of the complex plane to the complex Banach sequence lattices. The domain spaces are abstract variants of the classical Hardy spaces generated by the complex symmetric spaces. Applying interpolation methods, we prove the Hausdorff-Young and Hardy-Littlewood type theorems. We show applications of these results to study summing multipliers from the Hardy-Orlicz spaces to the Orlicz sequence lattices. The obtained results extend the well-known results for the H_p spaces.
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We study summing multipliers from Banach spaces of analytic functions on the unit disc of the complex plane to the complex Banach sequence lattices. The domain spaces are abstract variants of the classical Hardy spaces generated by the complex symmetric spaces. Applying interpolation methods, we prove the Hausdorff-Young and Hardy-Littlewood type theorems. We show applications of these results to study summing multipliers from the Hardy-Orlicz spaces to the Orlicz sequence lattices. The obtained results extend the well-known results for the H_p spaces.
Key concepts: Hardy space, Mathematics, Interpolation space, Birnbaum–Orlicz space, Sequence (biology), Hausdorff space, Pure mathematics, Banach space