Schatten class operator

http://dbpedia.org/resource/Schatten_class_operator an entity of type: Abstraction100002137

Die Schatten-Klassen, auch Schatten-von-Neumann-Klassen, benannt nach Robert Schatten und John von Neumann, sind spezielle Algebren von Operatoren, die im mathematischen Teilgebiet der Funktionalanalysis untersucht werden. Sie haben viele Eigenschaften mit den Folgenräumen gemeinsam. rdf:langString
In mathematics, specifically functional analysis, a pth Schatten-class operator is a bounded linear operator on a Hilbert space with finite pth Schatten norm. The space of pth Schatten-class operators is a Banach space with respect to the Schatten norm. Via polar decomposition, one can prove that the space of pth Schatten class operators is an ideal in B(H). Furthermore, the Schatten norm satisfies a type of Hölder inequality: Observe that the 2nd Schatten class is in fact the Hilbert space of Hilbert–Schmidt operators. Moreover, the 1st Schatten class is the space of trace class operators. rdf:langString
rdf:langString Schatten-Klasse
rdf:langString シャッテンクラス作用素
rdf:langString Schatten class operator
xsd:integer 10698304
xsd:integer 1025150817
rdf:langString Die Schatten-Klassen, auch Schatten-von-Neumann-Klassen, benannt nach Robert Schatten und John von Neumann, sind spezielle Algebren von Operatoren, die im mathematischen Teilgebiet der Funktionalanalysis untersucht werden. Sie haben viele Eigenschaften mit den Folgenräumen gemeinsam.
rdf:langString In mathematics, specifically functional analysis, a pth Schatten-class operator is a bounded linear operator on a Hilbert space with finite pth Schatten norm. The space of pth Schatten-class operators is a Banach space with respect to the Schatten norm. Via polar decomposition, one can prove that the space of pth Schatten class operators is an ideal in B(H). Furthermore, the Schatten norm satisfies a type of Hölder inequality: If we denote by the Banach space of compact operators on H with respect to the operator norm, the above Hölder-type inequality even holds for . From this it follows that , is a well-defined contraction. (Here the prime denotes (topological) dual.) Observe that the 2nd Schatten class is in fact the Hilbert space of Hilbert–Schmidt operators. Moreover, the 1st Schatten class is the space of trace class operators.
xsd:nonNegativeInteger 1277

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