Mathematical aspects of Weyl quantization and phase / D.A. Dubin, M.A. Hennings, T.B. Smith.
Material type: TextPublication details: Singapore ; River Edge, NJ : World Scientific, ©2000.Description: 1 online resource (xiv, 546 pages)Content type:- text
- computer
- online resource
- 9789812813459
- 9812813454
- Weyl quantization and phase
- Geometric quantization
- Phase space (Statistical physics)
- Weyl groups
- Quantum theory -- Mathematics
- Quantification géométrique
- Espace des phases (Physique statistique)
- Groupes de Weyl
- Théorie quantique -- Mathématiques
- MATHEMATICS -- Geometry -- Differential
- Geometric quantization
- Phase space (Statistical physics)
- Quantum theory -- Mathematics
- Weyl groups
- Quantisierung Physik
- ELECTROMAGNETIC MEASUREMENT
- PHASE COHERENCE
- LASER BEAMS
- QUANTUM MECHANICS
- 516.36 22
- QC174.17.G46 D83 2000eb
- 33.23
- SK 950
- UK 1000
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---|---|---|---|---|---|---|---|---|
Electronic-Books | OPJGU Sonepat- Campus | E-Books EBSCO | Available |
Includes bibliographical references (pages 519-530) and index.
Print version record.
pt. I. Fundamentals. ch. 1. Background -- ch. 2. Some remarks on classical mechanics -- ch. 3. The bounded model -- ch. 4. The smooth model -- ch. 5. Representations of the CCR -- ch. 6. Probability in quantum mechanics -- ch. 7. Dynamical systems -- ch. 8. Weyl quantization -- pt. II. Quantization and phase. ch. 9. Quantization in polar coordinates -- ch. 10. Phase operators -- ch. 11. The laser model -- ch. 12. Weyl dequantization -- ch. 13. The Moyal product -- ch. 14. Ordered quantization -- ch. 15. Asymptotics -- ch. 16. Measurements.
This book analyzes in considerable generality the quantization-dequantization integral transform scheme of Weyl and Wigner, and considers several phase operator theories. It features: a thorough treatment of quantization in polar coordinates; dequantization by a new method of "motes"; a discussion of Moyal algebras; modifications of the transform method to accommodate operator orderings; a rigorous discussion of the Dicke laser model for one mode, fully quantum, in the thermodynamic limit; analysis of quantum phase theories based on the Toeplitz operator, the coherent state operator, the quantized phase space angle, and a sequence of finite rank operators
English.
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