Fields of Particles with Spin, Theory and Applications
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| Title: | Fields of Particles with Spin, Theory and Applications |
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| Description: | The present book is devoted to the study of particles with spins in external fields and non-Euclidean space-time background. The key problems are: Coulomb task for a spin 1/2 particle and Heun equation; the hydrogen atom in de Sitter space; the fermion doublet in the non-Abelian monopole field and Pauli approximation; Pauli approximation for spin 1/2 and 1 particles in de Sitter space; the Dirac and Majorana particles in Schwarzschild space; the Dirac – Maxwell fields and spinor space structure; particles with spin 3/2, solutions with different symmetries and eliminating the gauge degrees of freedom in massless case; the matrix 30-component equation for a spin 2 field in Riemannian space-time; Finslerian geometzization of physical problems. The book may be of interest to researchers. It may serve as a pedagogical tool for either self-study or in courses at both the undergraduate and graduate level. |
| Authors: | Alina Ivashkevich |
| Resource Type: | eBook. |
| Subjects: | Nuclear spin, Nuclear spin--Mathematical models, Particles (Nuclear physics)--Helicity |
| Categories: | SCIENCE / Physics / General |
| Database: | eBook Collection (EBSCOhost) |
| Abstract: | The present book is devoted to the study of particles with spins in external fields and non-Euclidean space-time background. The key problems are: Coulomb task for a spin 1/2 particle and Heun equation; the hydrogen atom in de Sitter space; the fermion doublet in the non-Abelian monopole field and Pauli approximation; Pauli approximation for spin 1/2 and 1 particles in de Sitter space; the Dirac and Majorana particles in Schwarzschild space; the Dirac – Maxwell fields and spinor space structure; particles with spin 3/2, solutions with different symmetries and eliminating the gauge degrees of freedom in massless case; the matrix 30-component equation for a spin 2 field in Riemannian space-time; Finslerian geometzization of physical problems. The book may be of interest to researchers. It may serve as a pedagogical tool for either self-study or in courses at both the undergraduate and graduate level. |
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| ISBN: | 9798891130128 9798891131132 |
