دانلود کتاب Relativity, Gravitation, Cosmology: Beyond Foundations

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RELATIVITY, GRAVITATION,COSMOLOGYBEYOND FOUNDATIONS
RELATIVITY, GRAVITATION,COSMOLOGYBEYOND FOUNDATIONS
CONTENTS
EDITORIAL INTRODUCTION
Acknowledgments
References
Announcement
Chapter 1CLASSICALSTUECKELBERG-HORWITZ-PIRONELECTRODYNAMICS
Abstract
1. Introduction
2. Higher Order Field Derivative
3. Mass Exchange
4. PlaneWave Solutions
5. Maxwell Theory as an Equilibrium State of SHP
Conclusion
References
Chapter 2ON ALGEBRAIC STRUCTUREOF MATTER SPECTRUM
Abstract
1. Introduction
2. General Algebraic Structure of Matter Spectrum
2.1. Hilbert Space H1
2.1.1. Fundamental Symmetries
2.1.2. Concrete Realization ˇ(A)
2.2. Physical Hilbert Space
2.2.1. Group Action in Hphys
2.2.2. Reduction Principle
3. Coherent Subspaces
3.1. Gauge Symmetries
References
Chapter 3TACHYONS IN THE FRAMEWORK OFSPECIAL RELATIVITY
Abstract
1. Introduction
2. Lorentz Transformations and Velocities ofMotion
3. Energy - Momentum Four - Vectors
4. A Description of TachyonicMotion
5. Examples of Velocity Tensors
6. Dynamical Equations
7. Some Physical Considerations
Conclusion
References
Chapter 4AN EXTENSION OF THE LORENTZSYMMETRY CONCERNING THE LIMITOF ULTRA-HIGH ENERGIES
Abstract
Introduction
Approaches to Deformations of a Lorentz Kinematics
Conclusion
References
Chapter 5SPIN 1/2 PARTICLE WITH ANOMALOUSMAGNETIC MOMENT IN PRESENCEOF EXTERNAL MAGNETIC FIELD,EXACT SOLUTIONS
Abstract
1. Introduction
2. Ordinary Dirac Equation, Separation of theVariables
3. Solving Equations for r-Variable
4. Accounting of the Anomalous Magnetic Moment
5. Solving the Radial Equations
6. Further Analysis of Solutions
Conclusion
References
Chapter 6COX’S PARTICLE IN MAGNETICAND ELECTRIC FIELDSON THE BACKGROUND OF EUCLIDEANAND LOBACHEVSKY GEOMETRIES
Abstract
1. The Schr¨odinger Equation in the Magnetic Field
2. Cox’s Particle in the Magnetic Field in theLobachevsky Space
3. Analysis of the Equation in the Variable z
4. Solution of the Radial Equation
5. Cox’s Particle in the Electric Field,Minkowski Space
6. Cox’s Particle in the Electric Field in theLobachevsky Model
7. Solving the Radial Equation in the LobachewskySpace
Acknowledgments
Conclusion
References
Chapter 7NONLINEAR arctan-ELECTRODYNAMICSAND CHARGED BLACK HOLES
Abstract
1. Introduction
2. Nonlinear arctan-Electrodynamics
3. Vacuum Birefringence
4. Nonlinear Electromagnetic Fields and Black Holes
4.1. Asymptotic Reissner-Nordstr¨om Black Holes
Conclusion
References
Chapter 8DOES THE TEMPERATURE OF CHARGEDBLACK HOLES DEPEND ON THE CHARGE?
Abstract
References
Chapter 9GRAVITATION AND QUANTUM MECHANICS
Abstract
1. Introduction
2. Theory
3. Gravitational Potential
4. Varying G
Conclusion
References
Chapter 10A BRIEF NOTE ON THE COSMICBACKGROUND RADIATION
Abstract
Introduction
Acknowledgments
References
Chapter 11NEUTRINOS IN A SUPERNOVA VIATHE PROCESS e+e− !  ¯ IN A 331 MODEL
Abstract
1. Introduction
2. Process e+ + e− !  +
Acknowledgments
Conclusion
References
CommentaryON “ELECTROMAGNETIC POTENTIALVECTORS AND SPONTANEOUS SYMMETRYBREAKING”
Abstract
Acknowledgments
References
BOOK REVIEWS*
IN MEMORIAM:DR. THOMAS E. PHIPPS, JR.*
THE SCIENTIFIC LEGACY OFDR. PETER GRANEAU:INSTANTANEOUS INTERCONNECTIONOF ALL THINGS†
EDITOR CONTACT INFORMATION
INDEX
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