Extended Special Linear group ESL2(F) and matrix equations in SL2(F), SL2(Z) and GL2(Fp)

The problem of roots existence for different classes of matrix such as simple and semisimple matrices from SL2(F), SL2(Z) and GL2(F) are solved. For this purpose, we first introduced the concept of an extended special linear group ESL2(F), which is generalisation of the matrix group SL2(F), where F is arbitrary perfect field. The group of unimodular matrices and extended symplectic group ESp2(R) are generalised by us, their structures are found. Our criterion oriented on a general class of matrix depending of the form of minimal and characteristic polynomials, moreover a proposed criterion holds in GL2(F), where F is an arbitrary field. The method of matrix factorisation is outlined. We show that ESL2(F) is a set of all square matrix roots from SL2(F) except of that established in our root existence criterion.

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Publication Details

Journal
WSEAS TRANSACTIONS ON MATHEMATICS
Published
2024-10-16
DOI
https://doi.org/10.37394/23206.2024.23.68
Citations
3
Primary Topic
Finite Group Theory Research
Type
article
Field-Weighted Citation Impact
3.97
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article

Extended Special Linear group ESL2(F) and matrix equations in SL2(F), SL2(Z) and GL2(Fp)

Serhii Lysenko, Ruslan Skuratovskii
3 citations
WSEAS TRANSACTIONS ON MATHEMATICS
Finite Group Theory Research
3.97
article

Extended Special Linear group ESL2(F) and matrix equations in SL2(F), SL2(Z) and GL2(Fp)

Serhii Lysenko, Ruslan Skuratovskii
article en
3 citations

Abstract

The problem of roots existence for different classes of matrix such as simple and semisimple matrices from SL2(F), SL2(Z) and GL2(F) are solved. For this purpose, we first introduced the concept of an extended special linear group ESL2(F), which is generalisation of the matrix group SL2(F), where F is arbitrary perfect field. The group of unimodular matrices and extended symplectic group ESp2(R) are generalised by us, their structures are found. Our criterion oriented on a general class of matrix depending of the form of minimal and characteristic polynomials, moreover a proposed criterion holds in GL2(F), where F is an arbitrary field. The method of matrix factorisation is outlined. We show that ESL2(F) is a set of all square matrix roots from SL2(F) except of that established in our root existence criterion.

WSEAS TRANSACTIONS ON MATHEMATICSVol. 23
Taurida National V.I. Vernadsky University (UA), Interregional Academy of Personnel Management (UA)
Openalex Percentile: Top 6%
Finite Group Theory Research
3.97
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