2015Journal of linear and topological algebraRequires access

s-Topological vector spaces

M. Khan, Sikander Azam, S. Bosan

Open publisher page 8 citations

Abstract

In this paper, we have defined and studied a generalized form of topological vector spaces called s-topological vector spaces. s-topological vector spaces are defined by using semi-open sets and semi-continuity in the sense of Levine. Along with other results, it is proved that every s-topological vector space is generalized homogeneous space. Every open subspace of an s-topological vector space is an s-topological vector space. A homomorphism between s-topological vector spaces is semi-continuous if it is s-continuous at the identity.

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What this paper is about

In this paper, we have defined and studied a generalized form of topological vector spaces called s-topological vector spaces. s-topological vector spaces are defined by using semi-open sets and semi-continuity in the sense of Levine. Along with other results, it is proved that every s-topological vector space is generalized homogeneous space. Every open subspace of an s-topological vector space is an s-topological vector space. A homomorphism between s-topological vector spaces is semi-continuous if it is s-continuous at the identity.

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Available abstract

In this paper, we have defined and studied a generalized form of topological vector spaces called s-topological vector spaces. s-topological vector spaces are defined by using semi-open sets and semi-continuity in the sense of Levine. Along with other results, it is proved that every s-topological vector space is generalized homogeneous space. Every open subspace of an s-topological vector space is an s-topological vector space. A homomorphism between s-topological vector spaces is semi-continuous if it is s-continuous at the identity.

Key concepts: Topological vector space, Locally convex topological vector space, Topological tensor product, Mathematics, Dual space, Topological space, Normed vector space, Vector space

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