Hilbert modules revisited: orthonormal bases and Hilbert-Schmidt operators
M. Cabrera, Juan Gabriel Martínez, Antonio Rodríguez
Abstract
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M. Cabrera, Juan Gabriel Martínez, Antonio Rodríguez
Abstract
Open-access reader
The concept of a Hilbert module (over an H*-algebra) arises as a generalization of that of a complex Hilbert space when the complex field is replaced by an (associative) H*-algebra with zero annihilator. P. P. Saworotnow [13] introduced Hilbert modules and extended to its context some classical theorems from the theory of Hilbert spaces, J. F. Smith [17] gave a complete structure theory for Hilbert modules, and G. R. Giellis [9] obtained a nice characteristization of Hilbert modules.
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The concept of a Hilbert module (over an H*-algebra) arises as a generalization of that of a complex Hilbert space when the complex field is replaced by an (associative) H*-algebra with zero annihilator. P. P. Saworotnow [13] introduced Hilbert modules and extended to its context some classical theorems from the theory of Hilbert spaces, J. F. Smith [17] gave a complete structure theory for Hilbert modules, and G. R. Giellis [9] obtained a nice characteristization of Hilbert modules.
Key concepts: Mathematics, Hilbert's fourteenth problem, Hilbert's basis theorem, Hilbert–Poincaré series, Rigged Hilbert space, Orthonormal basis, Hilbert manifold, Hilbert series and Hilbert polynomial