2014Applied MathematicsOpen access

Lattices Associated with a Finite Vector Space

Yue Meng-tian

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Abstract

Let be a n-dimensional row vector space over a finite field For , let be a d- dimensional subspace of . denotes the set of all the spaces which are the subspaces of and not the subspaces of except . We define the partial order on by ordinary inclusion (resp. reverse inclusion), and then is a poset, denoted by (resp. ). In this paper we show that both and are finite atomic lattices. Further, we discuss the geometricity of and , and obtain their characteristic polynomials.

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Let be a n-dimensional row vector space over a finite field For , let be a d- dimensional subspace of . denotes the set of all the spaces which are the subspaces of and not the subspaces of except . We define the partial order on by ordinary inclusion (resp. reverse inclusion), and then is a poset, denoted by (resp. ). In this paper we show that both and are finite atomic lattices. Further, we discuss the geometricity of and , and obtain their characteristic polynomials.

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Available abstract

Let be a n-dimensional row vector space over a finite field For , let be a d- dimensional subspace of . denotes the set of all the spaces which are the subspaces of and not the subspaces of except . We define the partial order on by ordinary inclusion (resp. reverse inclusion), and then is a poset, denoted by (resp. ). In this paper we show that both and are finite atomic lattices. Further, we discuss the geometricity of and , and obtain their characteristic polynomials.

Key concepts: Linear subspace, Partially ordered set, Vector space, Finite field, Subspace topology, Mathematics, Ordered vector space, Space (punctuation)

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