Translation Invariant Operators on True Polyanalytic p-Fock Spaces

Abstract We examine translation invariant operators on the True Polyanalytic p -Fock spaces and show that they take the form $$\begin{aligned} S_{\phi } F(z) = \int _{\mathbb {C}^n} F(w)e^{\pi z\cdot \overline{w}}\phi (w-z,\overline{w}-z) e^{-\pi |w|^2}\, dw \end{aligned}$$ S ϕ F ( z ) = ∫ C n F ( w ) e π z · w ¯ ϕ ( w - z , w ¯ - z ) e - π | w | 2 d w for certain $$\phi $$ ϕ , using tools from time-frequency analysis. This extends the results of [1] to both the p -Fock spaces and the true polyanalytic p -Fock spaces. We use results on symbol classes of pseudo-differential operators to give sufficient conditions for boundedness of $$S_{\phi }$$ S ϕ on all true polyanalytic p -Fock spaces.

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Publication Details

Journal
Integral Equations and Operator Theory
Published
2026-09-28
DOI
https://doi.org/10.1007/s00020-026-02863-9
Primary Topic
Holomorphic and Operator Theory
Type
article
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Translation Invariant Operators on True Polyanalytic p-Fock Spaces

Henry McNulty
Integral Equations and Operator Theory
Holomorphic and Operator Theory
article

Translation Invariant Operators on True Polyanalytic p-Fock Spaces

Henry McNulty
article en

Abstract

Abstract We examine translation invariant operators on the True Polyanalytic p -Fock spaces and show that they take the form $$\begin{aligned} S_{\phi } F(z) = \int _{\mathbb {C}^n} F(w)e^{\pi z\cdot \overline{w}}\phi (w-z,\overline{w}-z) e^{-\pi |w|^2}\, dw \end{aligned}$$ S ϕ F ( z ) = ∫ C n F ( w ) e π z · w ¯ ϕ ( w - z , w ¯ - z ) e - π | w | 2 d w for certain $$\phi $$ ϕ , using tools from time-frequency analysis. This extends the results of [1] to both the p -Fock spaces and the true polyanalytic p -Fock spaces. We use results on symbol classes of pseudo-differential operators to give sufficient conditions for boundedness of $$S_{\phi }$$ S ϕ on all true polyanalytic p -Fock spaces.

Integral Equations and Operator TheoryVol. 98(4)
Openalex Percentile: Top 7%
Holomorphic and Operator Theory
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