On frequently supercyclic operators and an F_Γ-hypercyclicity criterior with applications

Fuente: arXiv
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Main Authors: Alves, Thiago R., Botelho, Geraldo, Fávaro, Vinicius V.
Format: Preprint
Published: 2024
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author Alves, Thiago R.
Botelho, Geraldo
Fávaro, Vinicius V.
author_facet Alves, Thiago R.
Botelho, Geraldo
Fávaro, Vinicius V.
contents Given a Furstenberg family F and a subset Γ of C, we introduce and explore the notions of F_Γ-hypercyclic operator and F-hypercyclic scalar set. First, the study of F_C-hypercyclic operators yields new interesting information about frequently supercyclic, U-frequently supercyclic, reiteratively supercyclic and supercyclic operators. Then we provide a criterion for identifying F_Γ-hypercyclic operators. As applications of this criterion, we show that any unilateral pseudo-shift operator on c_0(N) or l_p(N) is F_Γ-hypercyclic for every unbounded subset Γ of C. Moreover, under the same condition on Γ, we show that any separable infinite-dimensional Banach space supports an F_Γ-hypercyclic operator. Finally, our study provides sufficient and necessary conditions for a subset Γ of C to be a hypercyclic scalar set. These results give partial answers to a question raised by Charpentier, Ernst, and Menet in 2016.
format Preprint
id arxiv_https___arxiv_org_abs_2411_03179
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle On frequently supercyclic operators and an F_Γ-hypercyclicity criterior with applications
Alves, Thiago R.
Botelho, Geraldo
Fávaro, Vinicius V.
Functional Analysis
47A16, 47B01
Given a Furstenberg family F and a subset Γ of C, we introduce and explore the notions of F_Γ-hypercyclic operator and F-hypercyclic scalar set. First, the study of F_C-hypercyclic operators yields new interesting information about frequently supercyclic, U-frequently supercyclic, reiteratively supercyclic and supercyclic operators. Then we provide a criterion for identifying F_Γ-hypercyclic operators. As applications of this criterion, we show that any unilateral pseudo-shift operator on c_0(N) or l_p(N) is F_Γ-hypercyclic for every unbounded subset Γ of C. Moreover, under the same condition on Γ, we show that any separable infinite-dimensional Banach space supports an F_Γ-hypercyclic operator. Finally, our study provides sufficient and necessary conditions for a subset Γ of C to be a hypercyclic scalar set. These results give partial answers to a question raised by Charpentier, Ernst, and Menet in 2016.
title On frequently supercyclic operators and an F_Γ-hypercyclicity criterior with applications
topic Functional Analysis
47A16, 47B01
url https://arxiv.org/abs/2411.03179