Selfpolar Norms on an Indefinite Inner Product Space
Frank Hansen
Abstract
Open-access reader
Frank Hansen
Abstract
Open-access reader
A vector space equipped with an indefinite inner product is investigated.Selfpolar norms on the space are studied and an operator description for quadratic selfpolar norms is developed when the space allows a Hilbert space topology making the indefinite inner product continuous.The selfpolar norms corresponding to a quasi-decomposition of the space are characterised in terms of the operator description and sufficient conditions for topological equivalence are given.
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A vector space equipped with an indefinite inner product is investigated.Selfpolar norms on the space are studied and an operator description for quadratic selfpolar norms is developed when the space allows a Hilbert space topology making the indefinite inner product continuous.The selfpolar norms corresponding to a quasi-decomposition of the space are characterised in terms of the operator description and sufficient conditions for topological equivalence are given.
Key concepts: Inner product space, Mathematics, Product topology, Hilbert space, Space (punctuation), Product (mathematics), Pure mathematics, Equivalence (formal languages)