About: Vector-valued Hahn–Banach theorems     Goto   Sponge   NotDistinct   Permalink

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In mathematics, specifically in functional analysis and Hilbert space theory, vector-valued Hahn–Banach theorems are generalizations of the Hahn–Banach theorems from linear functionals (which are always valued in the real numbers or the complex numbers ) to linear operators valued in topological vector spaces (TVSs).

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  • Vector-valued Hahn–Banach theorems (en)
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  • In mathematics, specifically in functional analysis and Hilbert space theory, vector-valued Hahn–Banach theorems are generalizations of the Hahn–Banach theorems from linear functionals (which are always valued in the real numbers or the complex numbers ) to linear operators valued in topological vector spaces (TVSs). (en)
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  • Theorem (en)
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  • In mathematics, specifically in functional analysis and Hilbert space theory, vector-valued Hahn–Banach theorems are generalizations of the Hahn–Banach theorems from linear functionals (which are always valued in the real numbers or the complex numbers ) to linear operators valued in topological vector spaces (TVSs). (en)
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  • Suppose that is a Banach space over the field Then the following are equivalent: # is 1-injective; # has the metric extension property; # has the immediate 1-extension property; # has the center-radius property; # has the weak intersection property; # is 1-complemented in any Banach space into which it is norm embedded; # Whenever in norm-embedded into a Banach space then identity map can be extended to a continuous linear map of norm to ; # is linearly isometric to for some compact, Hausdorff space, extremally disconnected space . . where if in addition, is a vector space over the real numbers then we may add to this list: # has the binary intersection property; # is linearly isometric to a complete Archimedean ordered vector lattice with order unit and endowed with the order unit norm. (en)
  • Suppose that is a Banach space with the metric extension property. Then the following are equivalent: # is reflexive; # is separable; # is finite-dimensional; # is linearly isometric to for some discrete finite space (en)
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