Progress in relativity, gravitation, cosmology /

Detalles Bibliográficos
Clasificación:Libro Electrónico
Otros Autores: Dvoeglazov, Valeri V., Molgado, A.
Formato: Electrónico eBook
Idioma:Inglés
Publicado: Hauppauge, N.Y. : Nova Science Publishers, ©2012.
Temas:
Relativity (Physics)
Quantum theory.
Quantum cosmology.
Quantum gravity.
Relativité (Physique)
Théorie quantique.
Cosmologie quantique.
Gravité quantique.
SCIENCE > Physics > Relativity.
Acceso en línea:Texto completo
Tabla de Contenidos:
  • PROGRESS IN RELATIVITY, GRAVITATION, COSMOLOGY ; PROGRESS IN RELATIVITY, GRAVITATION, COSMOLOGY ; CONTENTS ; EDITORIAL INTRODUCTION; Announcement; THE WIGNER LITTLE GROUP IN SO (3,C) AND NONLINEAR MAXWELL THEORY IN NONCOMMUTATIVE SPACE-TIME; Abstract; 1. Introduction; 2. BasicFactsintheLorentzGroup; 3. TheProblemofaLittleGroupinSO(3,C), Non-IsotropicCase; 4. OnReductionofaComplexNon-IsotropicVectortoaRealForm; 5. OnPhysicalMeaningof2-ParametricSubgroup; 6. TheProblemofaLittleGroupinSO(3,C), IsotropicCase; 7. BehavioroftheNonlinearConstitutiveRelationsundertheLorentzGroup.
  • 8. OnConstitutiveRelationsandDiscreteDualSymmetry9. Supplement. MinkowskiConstitutiveRelationsinaComplex3-VectorForm; ConclusionandAcknowledgment; References; DIRAC-K AHLER FIELD AND 2-POTENTIAL APPROACH TO ELECTRODYNAMICS WITH TWO CHARGES; Abstract; 1. Introduction; 2. Dirac-K ahlerCompositeBoson, WaveEquation; 3. OnEquationsforParticleswithDifferentParities; 4. MasslessVectorParticle; 5. MasslessPseudovectorParticle; 6.ComparisonoftheResultsforVectorandPseudovectorFields; 7. MaxwellEquationsinthePresenceofSources:PhotonFieldswithDifferentParities; 8. ExtensionoftheMaxwellTheorytoRiemannianSpace-Time.
  • 9. DualSymmetryintheExtendedMaxwellheoryConclusions; References; NEW REPRESENTATION FOR ENERGY-MOMENTUM AND ITS APPLICATIONS TO RELATIVISTIC DYNAMICS; Abstract; 1. Introduction; 2. RepresentationsofEnergy-MomentumasFunctionsofRapidityandItsCounterpart; 2.1. ElementsofRelativisticDynamicsofChargedParticle; 2.2. HyperbolicAngleDualtoRapidity; 3. Low-andHigh-VelocityLimitsofDiracEquation. AnalogueofPauliEquationNearLightSpeedState; 3.1.(I)TheLow-Speed(Non-relativistic)Limit; 3.2.(II)TheHighSpeedLimit; 4. MappingfromtheMasslessStateontoStatewithNon-VanishingMass.
  • 5. CovariantFormofEvolutionEquationsWrittenwithrespecttoCounterpartofRapidityandRelatedGroupofTransformationsConclu; Acknowledgments; References; THE CHARACTERISTIC FUNCTIONS AND THEIR TYPICAL VALUES FOR THE NONLINEAR SPINORS; Abstract; 1. Introduction; 2. PropertiesoftheDarkNonlinearSpinor; 3. TheNonlinearSpinorwithElectromagneticInteraction; 4. SomeInterestingPropertiesoftheNonlinearSpinor; 5. TheTestofMass-EnergyRelation; DiscussionandConclusion; Acknowledgments; References; PARABOSE ALGEBRA AS A CANDIDATE FOR THE SPACE-TIME SUPERSYMMETRY; Abstract; 1. Introduction.
  • 2. ParaboseAlgebraN=4asGeneralizedSuperconformalSymmetry3. RepresentationsoftheParaboseAlgebra; 4. Representationp=1; 5. Representationsp=2; Conclusion; References; EVIDENCE FOR 3-SPACE AS A DYNAMICAL SYSTEM; Abstract; 1. Introduction; 2. Dynamical3-Space; 3. Hertz-MaxwellElectromagneticTheory; 4. DerivingLorentzSymmetry; 5. ExpandingUniversefromDynamical3-Space; 6. ExpandingUniverse-MatterandRadiationOnly; 7. Friedmann-GRStandard CDMCosmologyModel; 8. Predictingthe CDMParameters and DM; 9. Dynamical3-SpaceandHotterEarlyUniverse; Conclusion; References; CLASSICAL GAUGE FIELD AS A DARK MATTER; Abstract.

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