Research Catalog
Geometry, spinors, and applications / Donal J. Hurley and Michael A. Vandyck.
- Title
- Geometry, spinors, and applications / Donal J. Hurley and Michael A. Vandyck.
- Author
- Hurley, Donal J., 1944-
- Publication
- London ; New York : Springer ; Chichester : Praxis Pub., c2000.
Items in the Library & Off-site
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Status | Format | Access | Call Number | Item Location |
---|---|---|---|---|
Text | Request in advance | QC20.7.S65 H87 2000 | Off-site |
Details
- Additional Authors
- Vandyck, Michael A., 1959-
- Description
- xvii, 369 p. : ill.; 25 cm.
- Summary
- "This book is concerned with covariant and Lie differentiation of spinor fields, in the general context of not necessarily metric-compatible connections and non Killing-vector directions, respectively. Some earlier investigations of special cases are presented here in a unified fashion. New results are also established, which appear in print for the first time." "This work should be helpful to graduate students and researchers. Students can benefit from the introduction to aspects of algebra, geometry and spinors and their applications, whereas researchers may concentrate on the specific problem of spinorial differentiation."--Jacket.
- Series Statement
- Springer-Praxis books in mathematics
- Uniform Title
- Springer-Praxis books in mathematics.
- Subject
- Bibliography (note)
- Includes bibliographical references (p. 359-364) and index.
- Processing Action (note)
- committed to retain
- Contents
- I. Preliminaries and Algebraic Aspects of Spinors. 1. General Vector Spaces. 2. Vector Spaces with a Metric -- II. Preliminaries and geometrical aspects of spinors. 3. Manifolds in General. 4. Lie Groups as Special Manifolds. 5. Fibre Bundles as Special Manifolds -- III. General Spinorial Differentiation. 6. Geometrical Definition of C[subscript 31](R) Spinors. 7. Differentiation of Spinor Fields. 8. Interplay between Differentiations. 9. The Invariant Formalism -- IV. Illustrations and Applications. 10. Newtonian Mechanics and C[subscript 30](R). 11. Electro-Magnetism. 12. Cartan Formalism. 13. Geometrical Gravitational Theories. App. A. Infeld-van der Waerden Symbols -- App. B. Maxwell's Equations: Complements.
- ISBN
- 1852332239 (acid-free paper)
- LCCN
- ^^^99050072^
- OCLC
- 42603305
- SCSB-9999537
- Owning Institutions
- Harvard Library