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Main Authors: Guterman, Alexander, Yurkov, Andrey
Format: Preprint
Published: 2025
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Online Access:https://arxiv.org/abs/2512.13445
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author Guterman, Alexander
Yurkov, Andrey
author_facet Guterman, Alexander
Yurkov, Andrey
contents This paper is the second in the series of papers devoted to the explicit description of linear maps preserving the Cullis' determinant of rectangular matrices with entries belonging to an arbitrary ground field which is large enough. In this part we solve the linear preserver problem for the Cullis' determinant defined on the spaces of matrices of size $n\times k$ with $k \ge 4,\; n \ge k + 2$ and $n + k$ is odd. In comparison with the case when $n + k$ is even, in this case linear maps preserving the Cullis' determinant could be singular and are represented as a sum of two linear maps: first is two-sided matrix multiplication and second is any linear map whose image consists of matrices, all rows of which are equal.
format Preprint
id arxiv_https___arxiv_org_abs_2512_13445
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Linear maps preserving the Cullis' determinant. II
Guterman, Alexander
Yurkov, Andrey
Combinatorics
15A15, 15A86, 47B49
This paper is the second in the series of papers devoted to the explicit description of linear maps preserving the Cullis' determinant of rectangular matrices with entries belonging to an arbitrary ground field which is large enough. In this part we solve the linear preserver problem for the Cullis' determinant defined on the spaces of matrices of size $n\times k$ with $k \ge 4,\; n \ge k + 2$ and $n + k$ is odd. In comparison with the case when $n + k$ is even, in this case linear maps preserving the Cullis' determinant could be singular and are represented as a sum of two linear maps: first is two-sided matrix multiplication and second is any linear map whose image consists of matrices, all rows of which are equal.
title Linear maps preserving the Cullis' determinant. II
topic Combinatorics
15A15, 15A86, 47B49
url https://arxiv.org/abs/2512.13445