Titlebook: Geometry of Quantum Theory; Second Edition V. S. Varadarajan Book 1968Latest edition Springer Science+Business Media New York 1968 Identity

complicated

書目名稱Geometry of Quantum Theory影響因子(影響力)




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irreparable

Projective Geometries,ments associated with an atomic system cannot be expected to possess the distributivity properties characteristic of the Boolean algebras associated with classical systems. The simplest and most interesting of the mathematical structures that model such systems are the projective geometries, namely,

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Fissure

Logics Associated with Hilbert Spaces,y, such as a discussion of simple quantum mechanical systems, leads to problems of a more technical nature. These problems are, however, difficult to answer in the context of abstract logics, and therefore, in dealing with them, it becomes necessary to restrict the class of logics under consideratio

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Systems of Imprimitivity,e. These problems were first solved by Frobenius for the case of finite groups. For infinite groups’ their study is more recent. Their first appearance seems to be in a series of examples constructed by Murray and von Neumann [1], [2] in their theory of rings of operators. Anticipating terminology,

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albuminuria

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Relativistic Free Particles,up to the contrary was one of the cornerstones of Einstein’s great critique of space and time. The analysis of Einstein and Lorentz of the empirical and mathematical nature of the physical phenomena established that only ., as a four-dimensional manifold, has an invariant physical significance, and

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resuscitation

Methodenorientierte Entwicklung von CSCWments associated with an atomic system cannot be expected to possess the distributivity properties characteristic of the Boolean algebras associated with classical systems. The simplest and most interesting of the mathematical structures that model such systems are the projective geometries, namely,