Introduction to high energy physics:
Gespeichert in:
1. Verfasser: | |
---|---|
Format: | Buch |
Sprache: | English |
Veröffentlicht: |
Cambridge [u.a.]
Cambridge Univ. Press
2006
|
Ausgabe: | 4. ed., 5. print. |
Schlagworte: | |
Online-Zugang: | Inhaltsverzeichnis |
Beschreibung: | XIII, 426 S. Ill., graph. Darst. |
ISBN: | 9780521621960 0521621968 |
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Datensatz im Suchindex
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adam_text | INTRODUCTION TO HIGH ENERGY PHYSICS 4TH EDITION DONALD H. PERKINS
UNIVERSITY OF OXFORD CAMBRIDGE UNIVERSITY PRESS CONTENTS PREFACE PAGE XI
1 QUARKS AND LEPTONS 1 1.1 PREAMBLE 1 1.2 THE STANDARD MODEL OF PARTICLE
PHYSICS 7 1.3 PARTICLE CLASSIFICATION: FERMIONS AND BOSONS 12 1.4
PARTICLES AND ANTIPARTICLES 13 1.5 FREE PARTICLE WAVE EQUATIONS 16 1.6
HELICITY STATES: HELICITY CONSERVATION 19 1.7 LEPTON FLAVOURS 20 1.8
QUARK FLAVOURS 22 1.9 THE COSMIC CONNECTION 26 PROBLEMS 33 2
INTERACTIONS AND FIELDS 35 2.1 CLASSICAL AND QUANTUM PICTURES OF
INTERACTIONS 35 2.2 THE YUKAWA THEORY OF QUANTUM EXCHANGE 36 2.3 THE
BOSON PROPAGATOR 37 2.4 FEYNMAN DIAGRAMS 38 2.5 ELECTROMAGNETIC
INTERACTIONS 40 2.6 RENORMALISATION AND GAUGE INVARIANCE R ^ 42 2.7
STRONG INTERACTIONS 43 2.8 WEAK AND ELECTROWEAK INTERACTIONS 46 2.9
GRAVITATIONAL INTERACTIONS 51 2.10 THE INTERACTION CROSS-SECTION 51 2.11
DECAYS AND RESONANCES 55 PROBLEMS 61 VI CONTENTS 3 INVARIANCE PRINCIPLES
AND CONSERVATION LAWS 63 3.1 TRANSLATION AND ROTATION OPERATORS 63 3.2
THE PARITY OPERATION 65 3.3 PION SPIN AND PARITY 66 3.4 PARITY OF
PARTICLES AND ANTIPARTICLES 69 3.5 TESTS OF PARITY CONSERVATION 72 3.6
CHARGE CONJUGATION INVARIANCE 73 3.7 CHARGE CONSERVATION AND GAUGE
INVARIANCE 75 3.8 BARYON AND LEPTON CONSERVATION 79 3.9 CPT INVARIANCE
81 3.10 CP VIOLATION AND T VIOLATION 81 3.11 NEUTRON ELECTRIC DIPOLE
MOMENT 83 3.12 ISOSPIN SYMMETRY 87 3.13 ISOSPIN IN THE TWO-NUCLEON AND
PION-NUCLEON SYSTEMS 88 3.14 ISOSPIN, STRANGENESS AND HYPERCHARGE 91
PROBLEMS 93 4 QUARKS IN HADRONS 95 4.1 CHARM AND BEAUTY; THE HEAVY
QUARKONIUM STATES 95 4.2 COMPARISON OF QUARKONIUM AND POSITRONIUM LEVELS
102 4.3 THE BARYON DECUPLET 109 4.4 QUARK SPIN AND COLOUR 114 4.5 THE
BARYON OCTET 115 4.6 QUARK-ANTIQUARK COMBINATIONS: THE LIGHT
PSEUDOSCALAR MESONS 118 4.7 THE LIGHT VECTOR MESONS 121 4.8 OTHER TESTS
OF THE QUARK MODEL 123 4.9 MASS RELATIONS AND HYPERFINE INTERACTIONS 126
4.10 ELECTROMAGNETIC MASS DIFFERENCES AND ISOSPIN SYMMETRY 129 4.11
MAGNETIC MOMENTS OF BARYONS P 130 4.12 MESONS BUILT OF LIGHT AND HEAVY
QUARKS -^ 132 4.13 THE TOP QUARK 134 PROBLEMS 139 5 LEPTON AND QUARK
SCATTERING 140 5.1 THE PROCESS E + E~ - * JL + YT 140 5.2 E + E~~
ANNIHILATION TO HADRONS 144 5.3 ELECTRON-MUON SCATTERING, E~FU, + -
E~/X + 147 5.4 NEUTRINO-ELECTRON SCATTERING, V E E * V E E 150 5.5
ELASTIC LEPTON-NUCLEON SCATTERING 154 5.6 DEEP INELASTIC SCATTERING AND
PARTONS 155 5.7 DEEP INELASTIC SCATTERING AND QUARKS 159 CONTENTS VII
5.8 EXPERIMENTAL RESULTS ON QUARK DISTRIBUTIONS IN THE NUCLEON 162 5.9
SUM RULES 166 5.10 SUMMARY 168 PROBLEMS 168 6 QUARK INTERACTIONS AND QCD
171 6.1 THE COLOUR QUANTUM NUMBER 171 6.2 THE QCD POTENTIAL AT SHORT
DISTANCES 172 6.3 THE QCD POTENTIAL AT LARGE DISTANCES: THE STRING MODEL
178 6.4 GLUON JETS IN E + E~ ANNIHILATION 180 6.5 RUNNING COUPLINGS IN
QED AND QCD 181 6.6 EVOLUTION OF STRUCTURE FUNCTIONS IN DEEP INELASTIC
SCATTERING 186 6.7 GLUONIUM AND THE QUARK-GLUON PLASMA 190 PROBLEMS 192
7 WEAK INTERACTIONS 194 7.1 CLASSIFICATION 194 7.2 LEPTON UNIVERSALITY
195 7.3 NUCLEAR /?-DECAY: FERMI THEORY 197 7.4 INVERSE /3-DECAY:
NEUTRINO INTERACTIONS 201 7.5 PARITY NONCONSERVATION IN /?-DECAY 202 7.6
HELICITY OF THE NEUTRINO 205 7.7 THE V - A INTERACTION 206 7.8
CONSERVATION OF WEAK CURRENTS 209 7.9 THE WEAK BOSON AND FERMI COUPLINGS
210 7.10 PION AND MUON DECAY 210 7.11 NEUTRAL WEAK CURRENTS 213 7.12
OBSERVATION OF W^ AND Z BOSONS IN PP COLLISIONS 215 7.13 Z PRODUCTION
AT E+E~ COLLIDERS 220 7.14 WEAK DECAYS OF QUARKS. THE GIM MODEL AND THE
CKM MATRIX 221 7.15 NEUTRAL K MESONS 226 7.16 CP VIOLATION IN THE
NEUTRAL KAON SYSTEM 232 7.17 COSMOLOGICAL CP VIOLATION 237 7.18 D-D
AND B-B MIXING 238 PROBLEMS 239 8 ELECTROWEAK INTERACTIONS AND THE
STANDARD MODEL 242 8.1 INTRODUCTION 242 8.2 DIVERGENCES IN THE WEAK
INTERACTIONS 243 8.3 INTRODUCTION OF NEUTRAL CURRENTS 245 8.4 THE
WEINBERG-SALAM MODEL 246 VIII CONTENTS 8.5 INTERMEDIATE BOSON MASSES
248 8.6 ELECTROWEAK COUPLINGS OF LEPTONS AND QUARKS 249 8.7 NEUTRINO
SCATTERING VIA Z EXCHANGE 250 8.8 ASYMMETRIES IN THE SCATTERING OF
POLARISED ELECTRONS BY DEUTERONS 253 8.9 OBSERVATIONS ON THE Z RESONANCE
255 8.10 FITS TO THE STANDARD MODEL AND RADIATIVE CORRECTIONS 260 8.11 W
PAIR PRODUCTION 262 8.12 SPONTANEOUS SYMMETRY BREAKING AND THE HIGGS
MECHANISM 263 8.13 HIGGS PRODUCTION AND DETECTION 271 PROBLEMS 274 9
PHYSICS BEYOND THE STANDARD MODEL 276 9.1 SUPERSYMMETRY 277 9.2 GRAND
UNIFIED THEORIES: THE SU(5) GUT 278 9.3 UNIFICATION ENERGY AND WEAK
MIXING ANGLE 280 9.4 SUPERSYMMETRIC SU(5) 282 9.5 PROTON DECAY 282 9.6
NEUTRINO MASS: DIRAC AND MAJORANA NEUTRINOS 284 9.7 NEUTRINO
OSCILLATIONS 287 9.8 MAGNETIC MONOPOLES 299 9.9 SUPERSTRINGS 300
PROBLEMS 301 10 PARTICLE PHYSICS AND COSMOLOGY 303 10.1 HUBBLE S LAW AND
THE EXPANDING UNIVERSE 303 10.2 FRIEDMANN EQUATION 304 10.3 COSMIC
MICROWAVE RADIATION: THE HOT BIG BANG 307 10.4 RADIATION AND MATTER ERAS
311 10.5 NUCLEOSYNTHESIS IN THE BIG BANG 313 10.6 BARYON-ANTIBARYON
ASYMMETRY 317 10.7 DARK MATTER 319 10.8 INFLATION 326 10.9 NEUTRINO
ASTRONOMY: SN 1987A 330 PROBLEMS 336 11 EXPERIMENTAL METHODS 338 11.1
ACCELERATORS 338 11.2 COLLIDING-BEAM ACCELERATORS 343 11.3 ACCELERATOR
COMPLEXES 346 11.4 SECONDARY PARTICLE SEPARATORS 346 11.5 INTERACTION OF
CHARGED PARTICLES AND RADIATION WITH MATTER 349 CONTENTS IX 11.6
DETECTORS OF SINGLE CHARGED PARTICLES 355 11.7 SHOWER DETECTORS AND
CALORIMETERS 368 PROBLEMS 375 APPENDIX A TABLE OF ELEMENTARY PARTICLES
311 APPENDIX B MILESTONES IN PARTICLE PHYSICS 379. APPENDIX C
CLEBSCH-GORDAN COEFFICIENTS AND D-FUNCTIONS 386 APPENDIX D SPHERICAL
HARMONICS, D-FUNCTIONS AND CLEBSCH-GORDAN COEFFICIENTS 393 APPENDIX E
RELATIVISTIC NORMALISATION OF CROSS-SECTIONS AND DECAY RATES 396
GLOSSARY 398 ANSWERS TO PROBLEMS 408 BIBLIOGRAPHY ALL REFERENCES 418
INDEX 421
|
adam_txt |
INTRODUCTION TO HIGH ENERGY PHYSICS 4TH EDITION DONALD H. PERKINS
UNIVERSITY OF OXFORD CAMBRIDGE UNIVERSITY PRESS CONTENTS PREFACE PAGE XI
1 QUARKS AND LEPTONS 1 1.1 PREAMBLE 1 1.2 THE STANDARD MODEL OF PARTICLE
PHYSICS 7 1.3 PARTICLE CLASSIFICATION: FERMIONS AND BOSONS 12 1.4
PARTICLES AND ANTIPARTICLES 13 1.5 FREE PARTICLE WAVE EQUATIONS 16 1.6
HELICITY STATES: HELICITY CONSERVATION 19 1.7 LEPTON FLAVOURS 20 1.8
QUARK FLAVOURS 22 1.9 THE COSMIC CONNECTION 26 PROBLEMS 33 2
INTERACTIONS AND FIELDS 35 2.1 CLASSICAL AND QUANTUM PICTURES OF
INTERACTIONS 35 2.2 THE YUKAWA THEORY OF QUANTUM EXCHANGE 36 2.3 THE
BOSON PROPAGATOR 37 2.4 FEYNMAN DIAGRAMS 38 2.5 ELECTROMAGNETIC
INTERACTIONS 40 2.6 RENORMALISATION AND GAUGE INVARIANCE R ^ 42 2.7
STRONG INTERACTIONS " 43 2.8 WEAK AND ELECTROWEAK INTERACTIONS 46 2.9
GRAVITATIONAL INTERACTIONS 51 2.10 THE INTERACTION CROSS-SECTION 51 2.11
DECAYS AND RESONANCES 55 PROBLEMS 61 VI CONTENTS 3 INVARIANCE PRINCIPLES
AND CONSERVATION LAWS 63 3.1 TRANSLATION AND ROTATION OPERATORS 63 3.2
THE PARITY OPERATION 65 3.3 PION SPIN AND PARITY 66 3.4 PARITY OF
PARTICLES AND ANTIPARTICLES 69 3.5 TESTS OF PARITY CONSERVATION 72 3.6
CHARGE CONJUGATION INVARIANCE 73 3.7 CHARGE CONSERVATION AND GAUGE
INVARIANCE 75 3.8 BARYON AND LEPTON CONSERVATION 79 3.9 CPT INVARIANCE
81 3.10 CP VIOLATION AND T VIOLATION 81 3.11 NEUTRON ELECTRIC DIPOLE
MOMENT 83 3.12 ISOSPIN SYMMETRY 87 3.13 ISOSPIN IN THE TWO-NUCLEON AND
PION-NUCLEON SYSTEMS 88 3.14 ISOSPIN, STRANGENESS AND HYPERCHARGE 91
PROBLEMS 93 4 QUARKS IN HADRONS 95 4.1 CHARM AND BEAUTY; THE HEAVY
QUARKONIUM STATES 95 4.2 COMPARISON OF QUARKONIUM AND POSITRONIUM LEVELS
102 4.3 THE BARYON DECUPLET 109 4.4 QUARK SPIN AND COLOUR 114 4.5 THE
BARYON OCTET 115 4.6 QUARK-ANTIQUARK COMBINATIONS: THE LIGHT
PSEUDOSCALAR MESONS 118 4.7 THE LIGHT VECTOR MESONS 121 4.8 OTHER TESTS
OF THE QUARK MODEL 123 4.9 MASS RELATIONS AND HYPERFINE INTERACTIONS 126
4.10 ELECTROMAGNETIC MASS DIFFERENCES AND ISOSPIN SYMMETRY 129 4.11
MAGNETIC MOMENTS OF BARYONS P 130 4.12 MESONS BUILT OF LIGHT AND HEAVY
QUARKS -^ 132 4.13 THE TOP QUARK 134 PROBLEMS 139 5 LEPTON AND QUARK
SCATTERING 140 5.1 THE PROCESS E + E~ - * \JL + YT 140 5.2 E + E~~
ANNIHILATION TO HADRONS 144 5.3 ELECTRON-MUON SCATTERING, E~FU, + -
E~/X + 147 5.4 NEUTRINO-ELECTRON SCATTERING, V E E * V E E 150 5.5
ELASTIC LEPTON-NUCLEON SCATTERING 154 5.6 DEEP INELASTIC SCATTERING AND
PARTONS 155 5.7 DEEP INELASTIC SCATTERING AND QUARKS 159 CONTENTS VII
5.8 EXPERIMENTAL RESULTS ON QUARK DISTRIBUTIONS IN THE NUCLEON 162 5.9
SUM RULES 166 5.10 SUMMARY 168 PROBLEMS 168 6 QUARK INTERACTIONS AND QCD
171 6.1 THE COLOUR QUANTUM NUMBER 171 6.2 THE QCD POTENTIAL AT SHORT
DISTANCES 172 6.3 THE QCD POTENTIAL AT LARGE DISTANCES: THE STRING MODEL
178 6.4 GLUON JETS IN E + E~ ANNIHILATION 180 6.5 RUNNING COUPLINGS IN
QED AND QCD 181 6.6 EVOLUTION OF STRUCTURE FUNCTIONS IN DEEP INELASTIC
SCATTERING 186 6.7 GLUONIUM AND THE QUARK-GLUON PLASMA 190 PROBLEMS 192
7 WEAK INTERACTIONS 194 7.1 CLASSIFICATION 194 7.2 LEPTON UNIVERSALITY
195 7.3 NUCLEAR /?-DECAY: FERMI THEORY 197 7.4 INVERSE /3-DECAY:
NEUTRINO INTERACTIONS 201 7.5 PARITY NONCONSERVATION IN /?-DECAY 202 7.6
HELICITY OF THE NEUTRINO 205 7.7 THE V - A INTERACTION 206 7.8
CONSERVATION OF WEAK CURRENTS 209 7.9 THE WEAK BOSON AND FERMI COUPLINGS
210 7.10 PION AND MUON DECAY 210 7.11 NEUTRAL WEAK CURRENTS 213 7.12
OBSERVATION OF W^ AND Z BOSONS IN PP COLLISIONS 215 7.13 Z PRODUCTION
AT E+E~ COLLIDERS 220 7.14 WEAK DECAYS OF QUARKS. THE GIM MODEL AND THE
CKM MATRIX 221 7.15 NEUTRAL K MESONS 226 7.16 CP VIOLATION IN THE
NEUTRAL KAON SYSTEM 232 7.17 COSMOLOGICAL CP VIOLATION 237 7.18 D-D
AND B-B MIXING 238 PROBLEMS 239 8 ELECTROWEAK INTERACTIONS AND THE
STANDARD MODEL 242 8.1 INTRODUCTION 242 8.2 DIVERGENCES IN THE WEAK
INTERACTIONS 243 8.3 INTRODUCTION OF NEUTRAL CURRENTS 245 8.4 THE
WEINBERG-SALAM MODEL \ 246 VIII CONTENTS 8.5 INTERMEDIATE BOSON MASSES
248 8.6 ELECTROWEAK COUPLINGS OF LEPTONS AND QUARKS 249 8.7 NEUTRINO
SCATTERING VIA Z EXCHANGE 250 8.8 ASYMMETRIES IN THE SCATTERING OF
POLARISED ELECTRONS BY DEUTERONS 253 8.9 OBSERVATIONS ON THE Z RESONANCE
255 8.10 FITS TO THE STANDARD MODEL AND RADIATIVE CORRECTIONS 260 8.11 W
PAIR PRODUCTION 262 8.12 SPONTANEOUS SYMMETRY BREAKING AND THE HIGGS
MECHANISM 263 8.13 HIGGS PRODUCTION AND DETECTION 271 PROBLEMS 274 9
PHYSICS BEYOND THE STANDARD MODEL 276 9.1 SUPERSYMMETRY 277 9.2 GRAND
UNIFIED THEORIES: THE SU(5) GUT 278 9.3 UNIFICATION ENERGY AND WEAK
MIXING ANGLE 280 9.4 SUPERSYMMETRIC SU(5) 282 9.5 PROTON DECAY 282 9.6
NEUTRINO MASS: DIRAC AND MAJORANA NEUTRINOS 284 9.7 NEUTRINO
OSCILLATIONS 287 9.8 MAGNETIC MONOPOLES 299 9.9 SUPERSTRINGS 300
PROBLEMS 301 10 PARTICLE PHYSICS AND COSMOLOGY 303 10.1 HUBBLE'S LAW AND
THE EXPANDING UNIVERSE 303 10.2 FRIEDMANN EQUATION 304 10.3 COSMIC
MICROWAVE RADIATION: THE HOT BIG BANG 307 10.4 RADIATION AND MATTER ERAS
311 10.5 NUCLEOSYNTHESIS IN THE BIG BANG 313 10.6 BARYON-ANTIBARYON
ASYMMETRY 317 10.7 DARK MATTER 319 10.8 INFLATION 326 10.9 NEUTRINO
ASTRONOMY: SN 1987A 330 PROBLEMS 336 11 EXPERIMENTAL METHODS 338 11.1
ACCELERATORS 338 11.2 COLLIDING-BEAM ACCELERATORS 343 11.3 ACCELERATOR
COMPLEXES 346 11.4 SECONDARY PARTICLE SEPARATORS 346 11.5 INTERACTION OF
CHARGED PARTICLES AND RADIATION WITH MATTER 349 CONTENTS IX 11.6
DETECTORS OF SINGLE CHARGED PARTICLES 355 11.7 SHOWER DETECTORS AND
CALORIMETERS 368 PROBLEMS 375 APPENDIX A TABLE OF ELEMENTARY PARTICLES
311 APPENDIX B MILESTONES IN PARTICLE PHYSICS 379. APPENDIX C
CLEBSCH-GORDAN COEFFICIENTS AND D-FUNCTIONS 386 APPENDIX D SPHERICAL
HARMONICS, D-FUNCTIONS AND CLEBSCH-GORDAN COEFFICIENTS 393 APPENDIX E
RELATIVISTIC NORMALISATION OF CROSS-SECTIONS AND DECAY RATES 396
GLOSSARY 398 ANSWERS TO PROBLEMS 408 BIBLIOGRAPHY ALL REFERENCES 418
INDEX 421 |
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author | Perkins, Donald H. 1925- |
author_GND | (DE-588)111843952 |
author_facet | Perkins, Donald H. 1925- |
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author_sort | Perkins, Donald H. 1925- |
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building | Verbundindex |
bvnumber | BV035180393 |
classification_rvk | UO 1000 |
ctrlnum | (OCoLC)254446956 (DE-599)BVBBV035180393 |
dewey-full | 539.72 |
dewey-hundreds | 500 - Natural sciences and mathematics |
dewey-ones | 539 - Modern physics |
dewey-raw | 539.72 |
dewey-search | 539.72 |
dewey-sort | 3539.72 |
dewey-tens | 530 - Physics |
discipline | Physik |
discipline_str_mv | Physik |
edition | 4. ed., 5. print. |
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publisher | Cambridge Univ. Press |
record_format | marc |
spelling | Perkins, Donald H. 1925- Verfasser (DE-588)111843952 aut Introduction to high energy physics Donald H. Perkins 4. ed., 5. print. Cambridge [u.a.] Cambridge Univ. Press 2006 XIII, 426 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Particles (Nuclear physics) Hochenergiephysik (DE-588)4127286-9 gnd rswk-swf Elementarteilchenphysik (DE-588)4014414-8 gnd rswk-swf (DE-588)4123623-3 Lehrbuch gnd-content Hochenergiephysik (DE-588)4127286-9 s 1\p DE-604 Elementarteilchenphysik (DE-588)4014414-8 s 2\p DE-604 HEBIS Datenaustausch Darmstadt application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016987165&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis 1\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk 2\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk |
spellingShingle | Perkins, Donald H. 1925- Introduction to high energy physics Particles (Nuclear physics) Hochenergiephysik (DE-588)4127286-9 gnd Elementarteilchenphysik (DE-588)4014414-8 gnd |
subject_GND | (DE-588)4127286-9 (DE-588)4014414-8 (DE-588)4123623-3 |
title | Introduction to high energy physics |
title_auth | Introduction to high energy physics |
title_exact_search | Introduction to high energy physics |
title_exact_search_txtP | Introduction to high energy physics |
title_full | Introduction to high energy physics Donald H. Perkins |
title_fullStr | Introduction to high energy physics Donald H. Perkins |
title_full_unstemmed | Introduction to high energy physics Donald H. Perkins |
title_short | Introduction to high energy physics |
title_sort | introduction to high energy physics |
topic | Particles (Nuclear physics) Hochenergiephysik (DE-588)4127286-9 gnd Elementarteilchenphysik (DE-588)4014414-8 gnd |
topic_facet | Particles (Nuclear physics) Hochenergiephysik Elementarteilchenphysik Lehrbuch |
url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016987165&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
work_keys_str_mv | AT perkinsdonaldh introductiontohighenergyphysics |