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楼主: 萌芽的心
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Symmetric Spaces in Relativity and Quantum Theories,al geometry of symmetric spaces, which was formulated in a new way by O. Loos in his two books. He has shown that the old definition of a symmetric space coincides with his axioms (S1) to (S4) for a symmetric space as a manifold with multiplication. This definition makes the analogy with Lie groups
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Non-Linear Problems in Transport Theory, held in Istanbul, Turkey, August 8–11, 1972. In conformity with the spirit of a summer school, very little of the material is new. Only the discussion in Lecture 2, of the “generalized spectrum” has not already been published elsewhere.
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Mina Kalantar zadeh,Elizabeth M. Williamsontions: 1. Spinor representation of the group SL(2, C); 2. Connection between spinors and tensors; 3. Maxwell, Weyl and Riemann spinors; 4. Classification of Maxwell spinor; 5. Classification of Weyl spinor; 6. Isotopic spin and gauge fields; 7. Lorentz invariance and the gravitational field; 8. SL(2
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Paola Maria Cutroneo,Giovanni Polimeniiding all coordinate systems into ten parametric classes are introduced. They are based on finding the degree of freedom in specifying the metric tensor and its derivatives to arbitrary high order at one point. These methods are used to present an exact formulation of the following idea: the limitat
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Pharmacovigilance in the European Unional geometry of symmetric spaces, which was formulated in a new way by O. Loos in his two books. He has shown that the old definition of a symmetric space coincides with his axioms (S1) to (S4) for a symmetric space as a manifold with multiplication. This definition makes the analogy with Lie groups
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