On satellites of <i> σ <sub>Ω</sub> </i> -foliated formations of groups

Abstract Only finite groups are considered. A class of groups is called a formation if it is closed under taking homomorphic images and subdirect products. For a nonempty class Ω of simple groups, V. A. Vedernikov defined Ω -foliated formations of finite groups using two types of functions, viz., satellite functions and direction functions. Let σ Ω be an arbitrary partition of the class Ω . We study σ Ω -foliated formations, where σ Ω is an arbitrary partition of the class Ω constructed by the authors of the preset paper as a natural generalization of the concept of an Ω -foliated formation using A. N. Skiba’s σ -methods. We prove the existence of different types of satellites of σ Ω -foliated formations and describe their structure.

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Publication Details

Journal
Discrete Mathematics and Applications
Published
2025-12-01
DOI
https://doi.org/10.1515/dma-2025-0032
Primary Topic
Finite Group Theory Research
Type
article
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article

On satellites of σ Ω -foliated formations of groups

Marina M. Sorokina, Aleksandr S. Nesterov
Discrete Mathematics and Applications
Finite Group Theory Research
article

On satellites of σ Ω -foliated formations of groups

Marina M. Sorokina, Aleksandr S. Nesterov
article en

Abstract

Abstract Only finite groups are considered. A class of groups is called a formation if it is closed under taking homomorphic images and subdirect products. For a nonempty class Ω of simple groups, V. A. Vedernikov defined Ω -foliated formations of finite groups using two types of functions, viz., satellite functions and direction functions. Let σ Ω be an arbitrary partition of the class Ω . We study σ Ω -foliated formations, where σ Ω is an arbitrary partition of the class Ω constructed by the authors of the preset paper as a natural generalization of the concept of an Ω -foliated formation using A. N. Skiba’s σ -methods. We prove the existence of different types of satellites of σ Ω -foliated formations and describe their structure.

Discrete Mathematics and ApplicationsVol. 35(6)
Bryansk State University (RU)
Openalex Percentile: Top 13%
Finite Group Theory Research
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