(Ebook) Theory and Phenomenology of Sparticles 1st Edition by Manuel Drees, Rohini Godbole, Probir Roy ISBN 9789810237394 9810237391

(Ebook) Theory and Phenomenology of Sparticles 1st Edition by Manuel Drees, Rohini Godbole, Probir Roy ISBN 9789810237394 9810237391

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ISBN 10: 9810237391
ISBN 13: 9789810237394
Author: Manuel Drees, Rohini Godbole, Probir Roy

(Ebook) Theory and Phenomenology of Sparticles 1st Edition Table of contents:

Chapter 1. Supersymmetry: Why and How

1.1 History and motivation

1.2 Quadratic divergence and unnaturalness

1.3 Naturalness nonrenormalization supersymmetry

References

PART ONE SUPERSYMMETRY FORMALISM

Chapter 2. Preliminaries

2.1 Grassmann elements and variables

2.2 Supersymmetric harmonic oscillator

2.3 Glimpse of superspace

2.4 Supersymmetry and spacetime transformations

References

Chapter 3. Algebraic Aspects

3.1 Supersymmetry algebra

3.2 Two component notation

3.3 Particle supermultiplets

References

Chapter 4. Free Superfields in Superspace

4.1 General superfield in superspace

4.2 Chiral covariant derivatives

4.3 Left and right chiral superfields

4.4 Vector superfields

4.5 Matter parity and R-parity

References

Chapter 5. Interacting Superfields

5.1 System of interacting chiral superfields

5.2 Abelian gauge interactions

5.3 Supersymmetric quantum electrodynamics (SQED)

5.4 Nonabelian gauge interactions

5.5 Supersymmetric quantum chromodynamics (SQCD)

5.6 Supersymmetric chiral gauge theory (SxGT)

References

Chapter 6. Superspace Perturbation Theory and Supergraphs

6.1 Nonrenormalization of superpotential terms

6.2 Functional methods in superspace

6.3 Functional formulation of superfield theory

6.4 GRS Feynman rules for the Wess-Zumino model

6.5 Feynman rules for non-abelian supergauge theories

6.6 Sample one loop supergraph calculations

6.7 The nonrenormalization theorem

6.8 One loop infinities and B-y-functions

6.9 Renormalization group evolution

References

Chapter 7. General Aspects of Supersymmetry Breaking

7.1 Initial remarks

7.2 Spontaneous supersymmetry breaking: some generalities

7.3 The goldstino

7.4 Model of F-type supersymmetry breaking

7.5 Model of D-type supersymmetry breaking

7.6 Dynamical model of supersymmetry breaking

7.7 Soft explicit supersymmetry breaking

7.8 The general mass sum rule

References

PART TWO SUPER SYMMETRY PHENOMENOLOGY

Chapter 8. Basic Structure of the MSSM

8.1 Brief review of the Standard Model

8.2 Superfields of the MSSM

8.3 Supersymmetric part of the MSSM

8.4 Some non-Higgs vertices of the MSSM

References

Chapter 9. Soft Supersymmetry Breaking in the MSSM

9.1 The content of LSOFT

9.2 Electroweak gauginos and higgsinos

9.3 Chargino and neutralino interactions with gauge bosons

9.4 Masses and mixing patterns of sfermions

9.5 The Flavor problem in supersymmetry

9.6 Interactions of sfermions with gauge bosons

9.7 Fermion-sfermion-gaugino/higgsino interactions

9.8 Quartic sfermion vertices

References

Chapter 10. Higgs Bosons in the MSSM

10.1 Higgs potential in the MSSM

10.2 Spontaneous symmetry breakdown and VEVs

10.3 Higgs masses at the tree level

10.4 Higgs-particle vertices

10.5 Higgs-sparticle vertices

10.6 Radiative effects on MSSM Higgs particles

References

Chapter 11. Evolution from Very High Energies

11.1 The need for a high scale

11.2 The running of gauge couplings in the SM and the MSSM

11.3 Derivation of the remaining RGE equations

11.4 Application to the MSSM

References

Chapter 12. Gravity Mediated Supersymmetry Breaking

12.1 General remarks

12.2 N=1 supergravity broken in the hidden sector

12.3 mSUGRA and its parameters

12.4 Phenomenology with mSUGRA

12.5 Beyond mSUGRA

12.6 Quantum effects and extra dimensions

12.7 Annex to Chapter 12: A brief introduction to N=1 supergravity

References

Chapter 13. Gauge Mediated Supersymmetry Breaking

13.1 The basic ingredients

13.2 The minimal model mGMSB

13.3 Nonminimal messenger sector

13.4 The u and Bu problems

13.5 Direct messenger-matter couplings

13.6 Flavor symmetries for the GMSB scenario

References

Chapter 14. Beyond the MSSM

14.1 Motivation and outline

14.2 The next-to-the-minimal supersymmetric standard model

14.3 Introduction to R-parity violation

14.4 Phenomenological limits on trilinear Rp couplings

14.5 Bilinear Rp violation

14.6 Neutrino masses in supersymmetric theories

References

Chapter 15. Supersymmetry at Colliders

15.1 Introduction

15.2 Signals of charginos and neutralinos

15.3 Signals of sleptons

15.4 Signals of gluinos and squarks

15.5 The quest for supersymmetric Higgs bosons

15.6 Collider signals in the presence of Rp violation

References

Chapter 16. Supersymmetric Cosmology

16.1 Introductory remarks

16.2 Standard Big Bang cosmology

16.3 Dark matter as a supersymmetric BB relic

16.4 Cosmology of the gravitino

16.5 Baryogenesis

References

Chapter 17. Conclusion: Wish List Road map and Fine Tuning

References

Appendix A: Sparticle Vertices in the MSSM

Appendix B: Higgs Vertices in the MSSM

Bibliography

Index

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Tags: Manuel Drees, Rohini Godbole, Probir Roy, Phenomenology, Sparticles