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New developments in the standard model / Ryan J. Larsen, editor.
- Format:
- Book
- Series:
- Physics Research and Technology
- Language:
- English
- Subjects (All):
- Physics--Mathematical models--Standards.
- Physics.
- Mathematical physics.
- Physical Description:
- 1 online resource (245 p.)
- Edition:
- 1st ed.
- Place of Publication:
- New York : Nova Science Publishers, 2012.
- Language Note:
- English
- Summary:
- The Standard Model of particle physics is one of the most important successful results of the work of the last century physicists. In this book, the authors present topical research in the study of new developments in the Standard Model. Topics discussed include non-equilibrium theory, fractional dynamics and the physics of the terascale sector; unexplored regions in QFT and the conceptual foundations of the Standard Model; supersymmetric Standard Model, Branes and Del Pezzo surfaces; and, fermion condensate as Higgs substitute and Lepton flavour violation shedding light on CP-violation.
- Contents:
- Intro
- NEW DEVELOPMENTS IN THE STANDARD MODEL
- CONTENTS
- PREFACE
- TOWARDS ISO STANDARD EARTH IONOSPHERE AND PLASMASPHERE MODEL
- Abstract
- 1. Introduction
- 2. Physical Models
- 3. International Reference Ionosphere
- 3.1. General
- 3.2. IRI Topside
- 3.3. IRI Bottomside
- 3.4. Additional IRI Parameters
- 3.5. IRI Plasmasphere Extension
- 4. Ionospheric Weather Indices
- Conclusion
- APPENDIX: Model Availability
- Acknowledgments
- References
- NON-EQUILIBRIUM THEORY, FRACTIONAL DYNAMICS AND PHYSICS OF THE TERASCALE SECTOR
- 2. Foundational Questions
- 3. What Is Fractional Dynamics?
- 4. Hints for Fractional Dynamics in High-EnergyPhysics
- 5. From Quantum Field Theory to Fractional Dynamics
- 6. Fractional Dynamics and Consistency Conditions
- 7. PerturbativeRenormalization on Fractal Space-Time
- 8. Gauge Bosons and Fermions on Fractals
- 8.1. Gauge Fields on Fractals
- 8.2. Fermions on Fractals
- 9. Breaking of Discrete Symmetries
- 10. Effective Charges on Fractals and Anomalous Properties
- 11. Generation Structure of SM Parameters
- 12. Gravitation as Analog of Field Theory on Fractals
- 13. Exotic Phases of Matter
- UNEXPLORED REGIONS IN QFT AND THE CONCEPTUAL FOUNDATIONS OF THE STANDARD MODEL
- 1.IntroductoryRemarks
- 2.ChargedFieldsandtheProblemofInfraparticlesinaHistoricPerspective
- 3.Two-DimensionalInfraparticleandTheirFields
- 4.ZeroMassWignerRepresentationsandLocalizationPecu-liarities
- 5.TheGeneralizedAharonov-BohmEffectfor(m=0,s>
- 1)andtheViolationofHaagDuality
- 6.String-LocalizationofChargedStatesinQEDandSchwinger-HiggsScreening
- 7.APerturbativeSignalof"Invisibility"and"Confinement"?
- 8.Resum´eandConcludingRemarks
- 9.Appendix.
- 9.0.1.ModularGroupforConformalAlgebrasLocalizedinDoubly-ConnectedSpacetimeRings
- SUPERSYMMETRIC STANDARD MODEL, BRANES AND DEL PEZZO SURFACES
- 1.Introduction
- 2.TheVerlinde-WijnholtModel
- 3.TheGeometryofC3/
- 3.1.TheVerlinde-WijnholtIsomorphism
- 3.2.TheAutomorphismsGroupof
- 3.3.ResolutionofP2/˜
- 4.TheToricAnalogue
- 4.1.TheOrbifoldM=C3/(Z3×Z3)andItsTautologicalResolution
- 4.2.MirrorSymmetry,CohomologicalValuedHypergeometricFunction,andSuperpotentials
- 4.3.TheZ3×Z3-HilbertResolution
- TheChowRingA (X )
- TheCompactChowModulusAc (X˙)
- TheDualBasis
- K-theoryGenerators
- TheMoriandK¨ahlerCones
- MirrorSymmetryandthePrepotential
- TheGW-invariants
- 4.4.TheFloppedResolutions
- ResolutionII
- ResolutionIII
- ResolutionIV
- 5.Conclusion
- FERMION CONDENSATE AS HIGGS SUBSTITUTE
- 2.TheFermionCondensateModel
- 3.GapEquations
- 4.PerturbativeUnitarity
- 5.InteractionswithW±,ZandConstraintsfromtheZDecay
- 6.ElectroweakPrecisionParameters
- 7.NumericalConstraintsfromPrecisionTests
- 8.ColliderSignatures
- 9.Conclusion
- Acknowledgment
- AppendixA.RegularizationwithMomentumCutoff
- LEPTON FLAVOR VIOLATION SHEDDING LIGHT ON CP-VIOLATION
- 2.MuonLifetimeandFermiConstant
- 3.DipoleMomentsoftheChargedLeptons
- 4.NewPhysicsinChargedLeptonDecay
- 5.LeptonFlavorViolatingProcesses
- 6.EffectiveLeptonFlavorViolatingLagrangian
- 7.PhysicswithPolarizedMuonSource
- 8.PolarizationoftheFinalParticlesintheLFVProcesses
- 8.1.µ+!e+
- 8.2.µ+!e+e−e+
- 8.3.µ−eConversion
- INDEX.
- Notes:
- Description based upon print version of record.
- Includes bibliographical references and index.
- Description based on print version record.
- ISBN:
- 1-62257-880-5
- OCLC:
- 834142596
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