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Some New Applications of Weakly H-Embedded Subgroups of Finite Groups
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Zeitschriftentitel: | Mathematics |
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Personen und Körperschaften: | , , |
In: | Mathematics, 7, 2019, 2, S. 158 |
Format: | E-Article |
Sprache: | Englisch |
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author_facet |
Zhang, Li Huo, Li-Jun Liu, Jia-Bao Zhang, Li Huo, Li-Jun Liu, Jia-Bao |
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author |
Zhang, Li Huo, Li-Jun Liu, Jia-Bao |
spellingShingle |
Zhang, Li Huo, Li-Jun Liu, Jia-Bao Mathematics Some New Applications of Weakly H-Embedded Subgroups of Finite Groups General Mathematics Engineering (miscellaneous) Computer Science (miscellaneous) |
author_sort |
zhang, li |
spelling |
Zhang, Li Huo, Li-Jun Liu, Jia-Bao 2227-7390 MDPI AG General Mathematics Engineering (miscellaneous) Computer Science (miscellaneous) http://dx.doi.org/10.3390/math7020158 <jats:p>A subgroup H of a finite group G is said to be weakly H -embedded in G if there exists a normal subgroup T of G such that H G = H T and H ∩ T ∈ H ( G ) , where H G is the normal closure of H in G, and H ( G ) is the set of all H -subgroups of G. In the recent research, Asaad, Ramadan and Heliel gave new characterization of p-nilpotent: Let p be the smallest prime dividing | G | , and P a non-cyclic Sylow p-subgroup of G. Then G is p-nilpotent if and only if there exists a p-power d with 1 < d < | P | such that all subgroups of P of order d and p d are weakly H -embedded in G. As new applications of weakly H -embedded subgroups, in this paper, (1) we generalize this result for general prime p and get a new criterion for p-supersolubility; (2) adding the condition “ N G ( P ) is p-nilpotent”, here N G ( P ) = { g ∈ G | P g = P } is the normalizer of P in G, we obtain p-nilpotence for general prime p. Moreover, our tool is the weakly H -embedded subgroup. However, instead of the normality of H G = H T , we just need H T is S-quasinormal in G, which means that H T permutes with every Sylow subgroup of G.</jats:p> Some New Applications of Weakly H-Embedded Subgroups of Finite Groups Mathematics |
doi_str_mv |
10.3390/math7020158 |
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Mathematics |
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title |
Some New Applications of Weakly H-Embedded Subgroups of Finite Groups |
title_unstemmed |
Some New Applications of Weakly H-Embedded Subgroups of Finite Groups |
title_full |
Some New Applications of Weakly H-Embedded Subgroups of Finite Groups |
title_fullStr |
Some New Applications of Weakly H-Embedded Subgroups of Finite Groups |
title_full_unstemmed |
Some New Applications of Weakly H-Embedded Subgroups of Finite Groups |
title_short |
Some New Applications of Weakly H-Embedded Subgroups of Finite Groups |
title_sort |
some new applications of weakly h-embedded subgroups of finite groups |
topic |
General Mathematics Engineering (miscellaneous) Computer Science (miscellaneous) |
url |
http://dx.doi.org/10.3390/math7020158 |
publishDate |
2019 |
physical |
158 |
description |
<jats:p>A subgroup H of a finite group G is said to be weakly H -embedded in G if there exists a normal subgroup T of G such that H G = H T and H ∩ T ∈ H ( G ) , where H G is the normal closure of H in G, and H ( G ) is the set of all H -subgroups of G. In the recent research, Asaad, Ramadan and Heliel gave new characterization of p-nilpotent: Let p be the smallest prime dividing | G | , and P a non-cyclic Sylow p-subgroup of G. Then G is p-nilpotent if and only if there exists a p-power d with 1 < d < | P | such that all subgroups of P of order d and p d are weakly H -embedded in G. As new applications of weakly H -embedded subgroups, in this paper, (1) we generalize this result for general prime p and get a new criterion for p-supersolubility; (2) adding the condition “ N G ( P ) is p-nilpotent”, here N G ( P ) = { g ∈ G | P g = P } is the normalizer of P in G, we obtain p-nilpotence for general prime p. Moreover, our tool is the weakly H -embedded subgroup. However, instead of the normality of H G = H T , we just need H T is S-quasinormal in G, which means that H T permutes with every Sylow subgroup of G.</jats:p> |
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author | Zhang, Li, Huo, Li-Jun, Liu, Jia-Bao |
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description | <jats:p>A subgroup H of a finite group G is said to be weakly H -embedded in G if there exists a normal subgroup T of G such that H G = H T and H ∩ T ∈ H ( G ) , where H G is the normal closure of H in G, and H ( G ) is the set of all H -subgroups of G. In the recent research, Asaad, Ramadan and Heliel gave new characterization of p-nilpotent: Let p be the smallest prime dividing | G | , and P a non-cyclic Sylow p-subgroup of G. Then G is p-nilpotent if and only if there exists a p-power d with 1 < d < | P | such that all subgroups of P of order d and p d are weakly H -embedded in G. As new applications of weakly H -embedded subgroups, in this paper, (1) we generalize this result for general prime p and get a new criterion for p-supersolubility; (2) adding the condition “ N G ( P ) is p-nilpotent”, here N G ( P ) = { g ∈ G | P g = P } is the normalizer of P in G, we obtain p-nilpotence for general prime p. Moreover, our tool is the weakly H -embedded subgroup. However, instead of the normality of H G = H T , we just need H T is S-quasinormal in G, which means that H T permutes with every Sylow subgroup of G.</jats:p> |
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spelling | Zhang, Li Huo, Li-Jun Liu, Jia-Bao 2227-7390 MDPI AG General Mathematics Engineering (miscellaneous) Computer Science (miscellaneous) http://dx.doi.org/10.3390/math7020158 <jats:p>A subgroup H of a finite group G is said to be weakly H -embedded in G if there exists a normal subgroup T of G such that H G = H T and H ∩ T ∈ H ( G ) , where H G is the normal closure of H in G, and H ( G ) is the set of all H -subgroups of G. In the recent research, Asaad, Ramadan and Heliel gave new characterization of p-nilpotent: Let p be the smallest prime dividing | G | , and P a non-cyclic Sylow p-subgroup of G. Then G is p-nilpotent if and only if there exists a p-power d with 1 < d < | P | such that all subgroups of P of order d and p d are weakly H -embedded in G. As new applications of weakly H -embedded subgroups, in this paper, (1) we generalize this result for general prime p and get a new criterion for p-supersolubility; (2) adding the condition “ N G ( P ) is p-nilpotent”, here N G ( P ) = { g ∈ G | P g = P } is the normalizer of P in G, we obtain p-nilpotence for general prime p. Moreover, our tool is the weakly H -embedded subgroup. However, instead of the normality of H G = H T , we just need H T is S-quasinormal in G, which means that H T permutes with every Sylow subgroup of G.</jats:p> Some New Applications of Weakly H-Embedded Subgroups of Finite Groups Mathematics |
spellingShingle | Zhang, Li, Huo, Li-Jun, Liu, Jia-Bao, Mathematics, Some New Applications of Weakly H-Embedded Subgroups of Finite Groups, General Mathematics, Engineering (miscellaneous), Computer Science (miscellaneous) |
title | Some New Applications of Weakly H-Embedded Subgroups of Finite Groups |
title_full | Some New Applications of Weakly H-Embedded Subgroups of Finite Groups |
title_fullStr | Some New Applications of Weakly H-Embedded Subgroups of Finite Groups |
title_full_unstemmed | Some New Applications of Weakly H-Embedded Subgroups of Finite Groups |
title_short | Some New Applications of Weakly H-Embedded Subgroups of Finite Groups |
title_sort | some new applications of weakly h-embedded subgroups of finite groups |
title_unstemmed | Some New Applications of Weakly H-Embedded Subgroups of Finite Groups |
topic | General Mathematics, Engineering (miscellaneous), Computer Science (miscellaneous) |
url | http://dx.doi.org/10.3390/math7020158 |