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Autori principali: Adamowicz, Tomasz, González, María J., Gryszówka, Marcin
Natura: Preprint
Pubblicazione: 2024
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Accesso online:https://arxiv.org/abs/2412.13072
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author Adamowicz, Tomasz
González, María J.
Gryszówka, Marcin
author_facet Adamowicz, Tomasz
González, María J.
Gryszówka, Marcin
contents We study the class of functions on Lipschitz-graph domains satisfying a differential-oscillation condition and show that such functions are $ε$-approximable. As a consequence we obtain the quantitative Fatou theorem in the spirit of works e.g. by Garnett and Bortz-Hofmann. Such a class contains harmonic functions, as well as non-harmonic ones, for example nonnegative subharmonic functions, as illustrated by our discussion.
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id arxiv_https___arxiv_org_abs_2412_13072
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle $ε$-Approximability and Quantitative Fatou Property on Lipschitz-graph domains for a class of non-harmonic functions
Adamowicz, Tomasz
González, María J.
Gryszówka, Marcin
Analysis of PDEs
Complex Variables
(Primary) 42B37, (Secondary) 31B25, 42B25
We study the class of functions on Lipschitz-graph domains satisfying a differential-oscillation condition and show that such functions are $ε$-approximable. As a consequence we obtain the quantitative Fatou theorem in the spirit of works e.g. by Garnett and Bortz-Hofmann. Such a class contains harmonic functions, as well as non-harmonic ones, for example nonnegative subharmonic functions, as illustrated by our discussion.
title $ε$-Approximability and Quantitative Fatou Property on Lipschitz-graph domains for a class of non-harmonic functions
topic Analysis of PDEs
Complex Variables
(Primary) 42B37, (Secondary) 31B25, 42B25
url https://arxiv.org/abs/2412.13072