CP violation:
Gespeichert in:
Hauptverfasser: | , |
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Format: | Buch |
Sprache: | English |
Veröffentlicht: |
Cambridge
Cambridge Univ. Press
2009
|
Ausgabe: | 2. ed. |
Schriftenreihe: | Cambridge monographs on particle physics, nuclear physics, and cosmology
28 |
Schlagworte: | |
Online-Zugang: | Inhaltsverzeichnis |
Beschreibung: | XX, 485 S. graph. Darst. 26 cm |
ISBN: | 9780521847940 |
Internformat
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Datensatz im Suchindex
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---|---|
adam_text | Titel: CP violation
Autor: Bigi, I. I
Jahr: 2009
Contents
Preface to the second edition page xvii
Preface to the flrst edition xix
Part I Basics of CP violation 1
1 Prologue 3
2 Prelude: C, P and T in classical dynamics 12
2.1 Classical mechanics 13
2.1.1 Parity 13
2.1.2 Time reversal 14
2.2 Electrodynamics 16
2.2.1 Charge conjugation 17
2.2.2 Parity 17
2.2.3 Time reversal 17
2.3 Resume 19
Problems 19
3 C, P and T in non-relativistic quantum mechanics 21
3.1 Parity 22
3.2 Charge conjugation 25
3.3 Time reversal 26
3.4 Kramers degeneracy 30
3.5 Detailed balance 32
3.6 Electric dipole moments 33
3.6.1 The neutron EDM 33
3.6.2 Water molecules and atoms 35
3.6.3 Dumb-bells 36
3.6.4 Schiff s theorem 37
ix
x Contents
3.7 Resume 38
Problems 38
4 C, P and T in relativistic quantum theories 41
4.1 Notation 42
4.2 Spin-1 fields 43
4.3 Spin-0 fields 46
4.3.1 Parity 46
4.3.2 Charge conjugation 47
4.3.3 Time reversal 47
4.4 Spin-1/2 fields 48
4.4.1 Parity 49
4.4.2 Charge conjugation 51
4.4.3 Time reversal 52
4.5 CP and CPT transformations 53
4.6 Some consequences of the CPT theorem 56
4.7 4k Back to first quantization 4k 58
4.8 4k Phase Conventions for C and P 4k 59
4.9 4k Internal symmetries 4k 60
4.10 The role of final State interactions 62
4.10.1 T invariance and Watson s theorem 62
4.10.2 Final state interactions and partial widths 64
4.10.3 4k T symmetry and final state interactions 4k 67
4.11 Resume and outlook 69
Problems 70
5 The arrival of stränge particles 73
5.1 The discovery of stränge particles 73
5.2 The 0 — t puzzle 75
5.3 The AI = rule 76
5.4 The existence of two different neutral kaons 77
5.5 CP invariant K° — K oscillations 79
5.6 Regeneration - which is heavier: Kl or Äs? 83
5.7 The quiet before the storm 84
5.8 The discovery of CP violation 85
Problems 89
6 Quantum mechanics of neutral particles 90
6.1 The effective Hamiltonian 90
6.2 Constraints from CPT, CP and T 93
6.3 Spherical coordinates 93
6.4 4k On phase Conventions 4k 95
6.5 4k AM and AT 4k 97
6.6 Master equations of time evolution 99
6.7 CP violation: classes (A), (B) and (C) 102
6.8 4 On the sign of the CP asymmetry 4k 106
Contents
xi
6.9 What happens if you don t observe the decay time? 107
6.10 Regeneration 108
6.11 The Bell-Steinberger inequality 110
6.12 R6sume on P° — P° oscillations 111
Problems 113
Part II Theory and experiments 115
7 The quest for CP violation in K decays - a marathon 117
7.1 The landscape 117
7.2 Kl — 7T7r decays 121
7.2.1 Decay amphtudes 121
7.2.2 Constraints on A and Ai 124
7.2.3 Reinting e to M - 125
7.2.4 The phase of e 126
7.3 Semileptonic decays 127
7.4 4 Pjl in K — 7r[Ais decays 4 129
7.5 * K -+ 3n * 133
7.5.1 Ks -» 3n° 133
7.5.2 Ks -? tt+tt-tt0 133
7.5.3 K± -»n±tt+tt- 138
7.6 4 Hyperon decays 4 138
7.7 The bard s song 141
Problems 141
8 The KM implementation of CP violation 143
8.1 A bit of history 143
8.2 The Standard Model 145
8.2.1 QCD 146
8.2.2 The Glashow-Salam-Weinberg model 147
8.3 The KM ansatz 149
8.3.1 The mass matrices 149
8.3.2 Parameters of consequence 149
8.3.3 Describing weak phases through unitarity
triangles 151
8.4 A tool kit 154
8.4.1 The angles of the unitarity triangle 156
8.5 The pundits judgement 157
Problems 158
9 The theory of Kl —* nn decays 160
9.1 The AS = 1 non-leptonic Lagrangian 160
9.2 Evaluating matrix elements 164
9.3 Chiral symmetry and vacuum Saturation approximation 165
9.4 K —* 7T7r decays 167
xii
Contents
9.5 4 Computation of e /e 4k 168
9.5.1 Determining matrix elements from data 169
9.5.2 Numerical estimates 170
9.6 AS = 2 amplitudes 172
9.6.1 AMk 174
9.6.2 e 175
9.7 4k SM expectations for (P±) in K 3 decays 4 175
9.8 Resume 176
Problems 177
10 Paradigmatic discoveries in B physics 180
10.1 The emerging beauty of B hadrons 180
10.1.1 The discovery of beauty 181
10.1.2 The longevity of B mesons 183
10.1.3 The fluctuating identity of neutral B mesons 185
10.1.4 Another triumph for CKM dynamics 189
10.2 What does the SM say about oscillations? 190
10.2.1 Computation of AM 190
10.3 4 On the sign of AM-q 4 192
10.4 CP violation in B decays - like in K decays, only different 193
10.5 From sweatshops to beauty factories 197
10.5.1 Disappointment at a Symmetrie machine 199
10.5.2 A crazy idea 199
10.6 First reward - Bd —* ipKs 200
10.7 The second reward - Bd —* ir+ir~ 201
10.8 More rewards - B° —* Kit, rj Ks 203
10.8.1 ß Kw 203
10.8.2 Bd - i Ks 205
10.9 CPT invariance vs. T and CP violation 206
10.10 Reflections 207
10.10.1 On the virtue of over-designing 207
10.10.2 The unreasonable success of CKM theory 208
10.10.3 Praising hadronization 209
10.10.4 EPR correlations - a blessing in disguise 210
10.11 RAsum£ 211
Problems 212
11 Let the drama unfold - B CP phenomenology 215
11.1 Pollution from water fowls and others 215
11.2 Determining pi 218
11.2.1 How clean is Bd — ipKsl 218
11.2.2 4 Other ways to get at f 1 4 219
Contents xiii
11.3 Determining 222
11.3.1 Penguins in Bd — mr 222
11.3.2 Overcoming pollution 222
11.3.3 B -» tttt 223
11.3.4 B —? irp, pp 224
11.4 Determining 225
11.4.1 Using doubly Cabibbo-suppressed decays 228
11.4.2 Dalitz plot analysis 228
11.5 Search for New Physics 229
11.5.1 Wrong-sign semileptonic decays: Class(B) 230
11.5.2 6 Theoretical estimate of Asl 4t 230
11.5.3 What can oscillations teil us about New Physics? 235
11.5.4 Bs D+D~: Class (C2) 236
11.5.5 Bs -+Ksp°: Class (Cl, C2) 238
11.5.6 Bd^ pKs,T)Ks: Class(C2) 238
11.5.7 Ba - DfK*: Class (C1,C2) 240
11.6 Resume 242
Problems 245
12 Rare K and B decays - almost perfect laboratories 248
12.1 Rare K decays 248
12.1.1 Kl —* ß+ß~ and K+ —* 7r+e+e_ 248
12.1.2 Kl -* 7r°/+r 250
12.1.3 K — TTvv 251
12.1.4 4 K — 7T7r7^*^ 4t 254
12.2 Beauty decays 258
12.2.1 B Xa-y 258
12.2.2 B -* ß+ß~ 259
12.2.3 B — X + vV 260
12.2.4 B — Xa + ß+ß~ 261
12.3 Rösume 262
Problems 263
13 4t CPT violation - could it be in K and B decays? 4t 265
13.1 Equality of masses and lifetimes 266
13.2 Theoretical scenarios 267
13.3 CPT phenomenology for neutral kaons 268
13.3.1 Semileptonic decays 269
13.3.2 Asymmetries 270
13.3.3 Non-leptonic neutral K decays 273
13.4 Harnessing EPR correlations 278
13.4.1 ( factory 279
13.4.2 Tests of CPT symmetry in B decays 281
xiv
Contents
13.5 The moralist s view 283
Problems 283
14 CP violation in charm decays - the dark horse 286
14.1 On the uniqueness of charm 286
14.2 D° — D° oscillations 288
14.2.1 Experimental evidence 288
14.2.2 First resume 291
14.2.3 Theoretical expectations on AMd ATd 291
14.2.4 New Physics contributions to AMd and ATd? 292
14.2.5 4k Numerical predictions for AAfp and AT# 4k 293
14.3 CP violation 296
14.3.1 Preliminaries 296
14.3.2 CP asymmetries with out D° — if oscillations 298
14.3.3 Oscillations - the new portal to CP violation 303
14.3.4 Harnessing EPR correlations 309
14.4 Resume and a call to action 312
Problems 313
15 The strong CP problem 314
15.1 The problem 314
15.2 Why G • G matters and F • F does not 315
15.3 4k The U(1)A problem 4k 316
15.4 QCD and quark masses 318
15.5 The neutron electric dipole moment 319
15.6 Are there escape hatches? 321
15.6.1 Soft CP violation 322
15.7 Peccei-Quinn symmetry 323
15.8 The dawn of axions - and their dusk? 326
15.8.1 Visible axions 326
15.8.2 Invisible axions 328
15.9 The pundits judgement 331
Problems 332
Part III Looking beyond the Standard Model 333
16 Quest for CP violation in the neutrino sector 335
16.1 Experiments 336
16.1.1 Solar neutrinos 336
16.1.2 Atmospheric neutrinos 340
16.1.3 Man-made neutrinos 342
16.1.4 Qualitative summary 343
Contents
xv
16.2 Basics of neutrino oscillations 343
16.2.1 Mass hierarchy 345
16.2.2 Estimating 0x3 and 0i2 346
16.2.3 Atmospheric neutrinos 347
16.3 Neutrino mixing parameters 347
16.4 The MSW effect 349
16.5 Neutrino masses 350
16.6 Neutrino mixing with Majorana neutrinos 353
16.7 Phases in the PMNS matrix 355
16.8 CP and T violation in u oscillations 356
16.9 How to measure the Majorana phase? 358
16.10 The bard s song 359
Problems 360
17 Possible corrections to the KM ansatz: right-handed
currents and non-minimal Higgs dynamics 362
17.1 Left-right Symmetrie models 363
17.1.1 Basics 363
17.1.2 The existing phenomenology in stränge decays 367
17.1.3 Electric dipole moments 372
17.1.4 Prospects for CP asymmetries in beauty decays 373
17.2 CP violation from Higgs dynamics 374
17.2.1 A simple example 375
17.2.2 Sources of CP violation 376
17.2.3 CP phenomenology with heavy fermions 389
17.3 The pundits resume 391
Problems 393
18 CP violation without non-perturbative dynamics - top
quarks and charged leptons 396
18.1 Production and decay of top quarks 396
18.1.1 ar(tLtL) vs _ 398
18.1.2 Final State distributions in e+e_ — • itH0 399
18.2 On CP violation with leptons 400
18.2.1 Positronium 401
18.2.2 p decays 402
18.2.3 r decays 403
18.2.4 r production 407
18.3 Resume on top and r transitions 408
Problems 410
19 SUSY-providing shelter for Higgs dynamics 412
19.1 The virtues of SUSY 413
19.2 Low-energy SUSY 416
19.2.1 The MSSM 417
xvi
Contents
19.3 Gateways for CP violation 421
19.3.1 A first glance at CP phases in MSSM 421
19.3.2 Squark mass matrices 422
19.3.3 Beyond MSSM 425
19.4 Confronting experiments 426
19.4.1 Electric dipole moments 426
19.4.2 SUSY contributions to AS ^ 0 ^ AB transitions 428
19.4.3 Bounds on MI SUSY parameters 431
19.4.4 Can SUSY be generic? 432
19.5 The pundits resume 433
Problems 434
20 Minimal flavour violation and extra dimensions 436
20.1 On minimal flavour violation 436
20.1.1 Defining, implementing and probing MFV 437
20.2 Extra (space) dimensions 440
20.3 The pundits call 443
21 Baryogenesis in the universe 444
21.1 The challenge 444
21.2 The ingredients 445
21.3 GUT baryogenesis 446
21.4 Electroweak baryogenesis 448
21.5 Leptogenesis driving baryogenesis 451
21.6 Wisdom - conventional and otherwise 452
Part IV Summary 455
22 Summary and perspectives 457
22.1 The cathedral builder s paradigm 459
22.1.1 Present status and general expectations 460
22.1.2 A look back 461
22.2 Agenda for the future 462
22.3 Final words 463
References 465
Index 478
|
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id | DE-604.BV035456097 |
illustrated | Illustrated |
indexdate | 2024-07-09T21:35:40Z |
institution | BVB |
isbn | 9780521847940 |
language | English |
oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-017376039 |
oclc_num | 305158939 |
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owner | DE-91G DE-BY-TUM DE-20 DE-19 DE-BY-UBM |
owner_facet | DE-91G DE-BY-TUM DE-20 DE-19 DE-BY-UBM |
physical | XX, 485 S. graph. Darst. 26 cm |
publishDate | 2009 |
publishDateSearch | 2009 |
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series | Cambridge monographs on particle physics, nuclear physics, and cosmology |
series2 | Cambridge monographs on particle physics, nuclear physics, and cosmology |
spelling | Bigi, I. I. 1947- Verfasser (DE-588)121590615 aut CP violation I. I. Bigi ; A. I. Sanda 2. ed. Cambridge Cambridge Univ. Press 2009 XX, 485 S. graph. Darst. 26 cm txt rdacontent n rdamedia nc rdacarrier Cambridge monographs on particle physics, nuclear physics, and cosmology 28 CP violation (Nuclear physics) CP-Parität (DE-588)4252994-3 gnd rswk-swf CP-Parität (DE-588)4252994-3 s DE-604 Sanda, A. I. 1944- Verfasser (DE-588)112045871 aut Cambridge monographs on particle physics, nuclear physics, and cosmology 28 (DE-604)BV005321866 28 HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=017376039&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
spellingShingle | Bigi, I. I. 1947- Sanda, A. I. 1944- CP violation Cambridge monographs on particle physics, nuclear physics, and cosmology CP violation (Nuclear physics) CP-Parität (DE-588)4252994-3 gnd |
subject_GND | (DE-588)4252994-3 |
title | CP violation |
title_auth | CP violation |
title_exact_search | CP violation |
title_full | CP violation I. I. Bigi ; A. I. Sanda |
title_fullStr | CP violation I. I. Bigi ; A. I. Sanda |
title_full_unstemmed | CP violation I. I. Bigi ; A. I. Sanda |
title_short | CP violation |
title_sort | cp violation |
topic | CP violation (Nuclear physics) CP-Parität (DE-588)4252994-3 gnd |
topic_facet | CP violation (Nuclear physics) CP-Parität |
url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=017376039&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
volume_link | (DE-604)BV005321866 |
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