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April 24, 2026Transactions of the American Mathematical Society Series B0 citationsOpen Access

Analytic holonomicity of real C^ᵣj-class distributions

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AAAvraham AizenbudRCRaf CluckersMRMichel Raibaut

Key Points

  • To introduce and analyze the properties of new distributions in the context of wavelet transforms and holonomicity.
  • Defined new distributions based on wavelet transforms in R^n.
  • Investigated closure properties of C^{exp}-class distributions under various operations.
  • Applied existing theories from previous works by Cluckers et al. regarding C^{exp}-class functions.
  • Established holonomicity for all C^{exp}-class distributions.
  • Demonstrated closure under operations like derivation and Fourier transforms.
  • Identified conditions for tempered cases to ensure the same closure properties.

Abstract

We introduce a notion of distributions on R n R^n, called distributions of C e x p C^ {exp} -class, based on wavelet transforms of distributions and the theory of Cluckers, Comte, Miller, Rolin, and Servi Duke Math. J. 167 (2018), pp. 1239–1309 about C e x p C^ {exp} -class functions. We prove that the framework of C e x p C^ {exp} -class distributions is closed under natural operations, like push-forward, pull-back, derivation and anti-derivation, and, in the tempered case, Fourier transforms. Our main result is the (real analytic) holonomicity of all distributions of C e x p C^ {exp} -class.

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Cite This Study

Aizenbud et al. (2026) studied this question.

synapsesocial.com/papers/69eb0aeb553a5433e34b4d42https://doi.org/10.1090/btran/250
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