Regularity theory for the fractional harmonic oscillator

Details Regularity theory for the fractional harmonic oscillator Regularity theory for the fractional harmonic oscillator

2009-12-21

arxiv.org/abs/0912.4187v2

Mathematics

Analysis of PDEs

23 pages, references added, to appear in Journal of Functional Analysis

Scientific paper

In this paper we develop the theory of Schauder estimates for the fractional harmonic oscillator $H^\sigma=(-\Delta+|x|^2)^\sigma$, $0<\sigma<1$. More precisely, a new class of smooth functions $C^{k,\alpha}_H$ is defined, in which we study the action of $H^\sigma$. It turns out that these spaces are the suited ones for this type of regularity estimates. In order to prove our results, an analysis of the interaction of the Hermite-Riesz transforms with the H\"older spaces $C^{k,\alpha}_H$ is needed, that we believe of independent interest. The parallel results for the fractional powers of the Laplacian $(-\Delta)^\sigma$ were applied by Caffarelli, Salsa and Silvestre to the study of the regularity of the obstacle problem for the fractional Laplacian.

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