Fundamental physics in particle traps:
Gespeichert in:
| Format: | Buch |
|---|---|
| Sprache: | English |
| Veröffentlicht: |
Berlin [u.a.]
Springer
2014
|
| Schriftenreihe: | Springer Tracts in Modern Physics
256 |
| Schlagworte: | |
| Online-Zugang: | Inhaltstext Inhaltsverzeichnis |
| Beschreibung: | XXI, 411 S. Ill., graph. Darst. |
| ISBN: | 9783642452000 |
Internformat
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| 245 | 1 | 0 | |a Fundamental physics in particle traps |c Wolfgang Quint ... eds. |
| 264 | 1 | |a Berlin [u.a.] |b Springer |c 2014 | |
| 300 | |a XXI, 411 S. |b Ill., graph. Darst. | ||
| 336 | |b txt |2 rdacontent | ||
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| 830 | 0 | |a Springer Tracts in Modern Physics |v 256 |w (DE-604)BV000000153 |9 256 | |
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Datensatz im Suchindex
| _version_ | 1809769305346146304 |
|---|---|
| adam_text |
CONTENTS
1 PRECISE MATTER AND ANTIMATTER TESTS OF THE STANDARD
MODEL WITH E~,E
+
.P, P AND H 1
G. GABRIELSE, S. FOGWELL HOOGERHEIDE, J. DORR AND E. NOVITSKI
1.1 OVERVIEW SUMMARY 1
1.2 MAGNETIC MOMENTS 6
1.3 ONE-ELECTRON QUANTUM CYCLOTRON 9
1.3.1 A HOMEMADE ATOM 9
1.3.2 CYLINDRICAL PENNING TRAP CAVITY 11
1.3.3 100 MK AND 5 T 14
1.3.4 STABILIZING THE ENERGY LEVELS 15
1.3.5 MOTIONS AND DAMPING OF THE SUSPENDED ELECTRON. . . 17
1.4 NON-DESTRUCTIVE DETECTION OF ONE-QUANTUM TRANSITIONS . 17
1.4.1 QND DETECTION 17
1.4.2 ONE-ELECTRON SELF-EXCITED OSCILLATOR 19
1.4.3 INHIBITED SPONTANEOUS EMISSION 20
1.5 ELEMENTS OF A ELECTRON G/2
MEASUREMENT 22
1.5.1 QUANTUM JUMP SPECTROSCOPY 22
1.5.2 THE ELECTRON AS MAGNETOMETER 24
1.5.3 MEASURING THE AXIAL FREQUENCY 24
1.5.4 FREQUENCIES FROM LINESHAPES 25
1.5.5 CAVITY SHIFTS 26
1.6 RESULTS AND APPLICATIONS 28
1.6.1 MOST ACCURATE ELECTRON G/2 28
1.6.2 MOST ACCURATE DETERMINATION OF A 30
1.6.3 TESTING THE STANDARD MODEL AND QED 32
1.6.4 PROBE FOR ELECTRON SUBSTRUCTURE 35
1.6.5 COMPARISON TO THE MUON G/2 35
1.7 PROSPECTS AND CONCLUSION 36
REFERENCES 37
IX
HTTP://D-NB.INFO/1043933549
X
CONTENTS
2 THEORY OF ANOMALOUS MAGNETIC DIPOLE
MOMENTS OF THE ELECTRON 41
MASASHI HAYAKAWA
2.1 INTRODUCTION 41
2.2 QED AND ANOMALOUS MAGNETIC DIPOLE MOMENT 44
2.2.1 PERTURBATION THEORY OF QED 44
2.2.2 FEYNMAN DIAGRAMS AND FEYNMAN RULE 46
2.2.3 ANOMALOUS MAGNETIC DIPOLE MOMENT 48
2.2.4 RENORMALIZATION AND COUNTER-TERMS 49
2.2.5 CLASSIFICATION OF PERTURBATIVE DYNAMICS 50
2.3 NON-QED CONTRIBUTION TO G * 2 51
2.4 NUMERICAL APPROACH TO PERTURBATIVE QED CALCULATION 54
2.4.1 CLASSIFICATION OF FEYNMAN DIAGRAMS 54
2.4.2 PARAMETRIC REPRESENTATION OF FEYNMAN DIAGRAMS. 57
2.4.3 SUBTRACTION OF UV AND IR DIVERGENCES 61
2.5 RESULT FOR QED CONTRIBUTION 67
REFERENCES 69
3 MAGNETIC MOMENT OF THE BOUND ELECTRON 73
MANUEL VOGEL AND WOLFGANG QUINT
3.1 THE CASE OF THE BOUND ELECTRON 73
3.2 WHY THE BOUND ELECTRON IS INTERESTING 75
3.3 A BRIEF LOOK BACK 77
3.4 THE CONTINUOUS STERN-GERLACH EFFECT 79
3.5 MEASUREMENT PRINCIPLE AND ION CONFINEMENT 81
3.5.1 MEASUREMENT PRINCIPLE AND IDEAL CONFINEMENT 81
3.5.2 IMPERFECTIONS 82
3.5.3 MAGNETIC BOTTLE 90
3.6 EXPERIMENTAL SETUPS AND TECHNIQUES 96
3.6.1 ION COOLING AND OSCILLATION FREQUENCY
MEASUREMENT 99
3.6.2 LARMOR FREQUENCY MEASUREMENT 102
3.6.3 SPIN STATE DETERMINATION 103
3.6.4 DOUBLE-TRAP TECHNIQUE 106
3.6.5 MODE COUPLING TECHNIQUES 108
3.7 RESULTS ILL
3.7.1 LARMOR RESONANCES ILL
3.7.2 RESULTING MAGNETIC MOMENTS AND UNCERTAINTIES . 112
3.8 DOUBLE-RESONANCE SPECTROSCOPY 114
3.8.1 APPLICATION TO HIGHLY CHARGED IONS 115
3.8.2 DOUBLE-RESONANCE SPECTROSCOPY
AND THE ZEEMAN EFFECT 121
3.9 COMMENT ON TRAP-SPECIFIC SPECTROSCOPY 122
CONTENTS XI
3.10 RELATION OF THE BOUND ELECTRON MAGNETIC MOMENT
TO OTHER QUANTITIES 123
3.10.1 FINE STRUCTURE CONSTANT 123
3.10.2 ELECTRON MASS 125
3.10.3 RELATIONS TO NUCLEAR PROPERTIES 125
REFERENCES 127
4 QED THEORY OF THE BOUND-ELECTRON MAGNETIC MOMENT 137
D. A. GLAZOV, A. V. VOLOTKA, V. M. SHABAEV AND G. PLUNIEN
4.1 INTRODUCTION 137
4.2 FURRY PICTURE OF QED 138
4.2.1 SCREENING POTENTIAL 141
4.2.2 . EFFECTIVE HAMILTONIAN 142
4.2.3 ONE-ELECTRON QED EFFECTS 143
4.2.4 MANY-ELECTRON QED EFFECTS 149
4.3 NUCLEAR RECOIL EFFECT 153
4.4 NUCLEAR SIZE AND POLARIZATION EFFECTS 154
4.5 ZEEMAN SPLITTING IN FEW-ELECTRON IONS 155
4.5.1 NON-LINEAR IN MAGNETIC FIELD EFFECTS 156
REFERENCES 158
5 THE MAGNETIC MOMENTS OF THE PROTON AND THE ANTIPROTON 165
STEFAN ULMER AND CHRISTIAN SMORRA
5.1 INTRODUCTION 165
5.2 CPT TESTS 167
5.3 THE MAGNETIC MOMENTS OF THE PROTON AND THE ANTIPROTON . . . 170
5.4 ANTIPROTON MAGNETIC MOMENT AND ANTIHYDROGEN
HYPERFINE STRUCTURE 173
5.5 G-FACTOR MEASUREMENTS 174
5.6 THE PENNING TRAP 174
5.7 EXPERIMENTAL SETUP 177
5.8 MEASUREMENT OF THE EIGENFREQUENCIES 178
5.8.1 PEAK DETECTION 178
5.8.2 DIP DETECTION 179
5.8.3 SIDEBAND COUPLING 181
5.9 ADVANCED FREQUENCY MEASUREMENTS 182
5.10 CONTINUOUS STERN GERLACH EFFECT 184
5.11 LARMOR FREQUENCY MEASUREMENT 186
5.12 LINE PROFILE AND TRANSITION RATES 187
5.13 STATISTICAL DETECTION OF SPINFLIPS 189
5.14 FEEDBACK COOLING: REDUCTION OF LINEWIDTH 191
5.15 DETERMINATION OF THE G-FACTOR 192
XII CONTENTS
5.16 DOUBLE PENNING TRAP TECHNIQUE 193
5.17 TOWARDS A HIGH PRECISION MEASUREMENT
OF THE ANTIPROTON MAGNETIC MOMENT 195
5.18 SUMMARY 196
REFERENCES 197
6 FUNDAMENTAL PHYSICS WITH ANTIHYDROGEN 203
J. S. HANGST
6.1 SOME HISTORY 203
6.2 PRODUCING ANTIHYDROGEN: ATHENA 204
6.3 DETECTING ANTIHYDROGEN: ATHENA 205
6.4 ANTIHYDROGEN AND ION TRAP PHYSICS 206
6.5 TRAPPING ANTIHDYROGEN FOR SPECTROSCOPY: ALPHA 208
6.5.1 ALPHA CONFIGURATION 209
6.5.2 DETECTING TRAPPED ANTIHYDROGEN 211
6.5.3 ANTIHYDROGEN TRAPPING 212
6.5.4 HOLDING ANTIHYDROGEN 212
6.5.5 MEASURING TRAPPED ANTIHYDROGEN 214
6.5.6 TRAPPED ANTIHYDROGEN AND ION TRAP PHYSICS 215
6.6 AUTORESONANT INJECTION OF ANTIPROTONS
INTO A POSITRON PLASMA 215
6.7 EVAPORATIVE COOLING OF CHARGED ANTIMATTER PLASMAS 216
6.8 TOWARDS ANTIHYDROGEN SPECTROSCOPY 217
6.8.1 DROPPING ANTIHYDROGEN 219
REFERENCES 220
7 HIGH-PRECISION MASS MEASUREMENTS OF RADIONUCLIDES
WITH PENNING TRAPS 223
MICHAEL BLOCK
7.1 IMPORTANCE OF MASSES OF RADIONUCLIDES 223
7.2 MASS MEASUREMENTS AT ON-LINE FACILITIES 225
7.3 PENNING-TRAP MASS SPECTROMETRY 227
7.4 PRODUCTION OF RADIONUCLIDES AT ON-LINE FACILITIES 227
7.4.1 TYPICAL LAYOUT OF A PENNING TRAP
MASS SPECTROMETER 229
7.5 BEAM PREPARATION 230
7.5.1 BEAM PREPARATION WITH AN RFQ COOLER
AND BUNCHER 231
7.5.2 PENNING TRAPS 234
7.5.3 CONTRIBUTIONS TO THE SYSTEMATIC UNCERTAINTY
IN PTMS 238
7.5.4 APPLICATIONS OF HIGH-PRECISION MASS
MEASUREMENTS 243
CONTENTS XIII
7.6 CONCLUSIONS 246
REFERENCES 246
8 QUANTUM INFORMATION PROCESSING WITH TRAPPED IONS 253
CHRISTIAN ROOS
8.1 INTRODUCTION 253
8.2 STORING QUANTUM INFORMATION IN TRAPPED IONS 256
8.3 PREPARATION AND DETECTION OF A QUBIT ENCODED
IN A SINGLE ION 257
8.4 COHERENT MANIPULATION OF A QUBIT 259
8.4.1 LASER-ION INTERACTIONS 259
8.4.2 LASER COOLING OF SINGLE IONS 262
8.4.3 SINGLE-QUBIT GATES 266
8.5 ENTANGLING QUANTUM GATES 268
8.5.1 CIRAC-ZOLLER-TYPE GATE INTERACTIONS 270
8.5.2 QUANTUM GATES BASED ON BICHROMATIC
LIGHT FIELDS 272
8.5.3 CONDITIONAL PHASE GATES 273
8.5.4 M0LMER-S0RENSEN GATES 274
8.6 QUANTUM STATE TOMOGRAPHY 275
8.7 ENTANGLED STATES AND ELEMENTARY QUANTUM PROTOCOLS 279
8.7.1 DETERMINISTIC QUANTUM TELEPORTATION 280
8.8 QUANTUM SIMULATION 282
8.9 QUANTUM INFORMATION FOR PRECISION MEASUREMENTS 283
8.10 DECOHERENCE AND SCALABILITY ISSUES 284
8.10.1 DECOHERENCE IN TRAPPED-ION EXPERIMENTS 285
8.10.2 INCREASING THE NUMBER OF QUBITS 286
8.11 OUTLOOK 287
REFERENCES 288
9 OPTICAL TRANSITIONS IN HIGHLY CHARGED IONS FOR DETECTION
OF VARIATIONS IN THE FINE-STRUCTURE CONSTANT 293
A. ONG, J. C. BERENGUT AND V. V. FLAMBAUM
9.1 INTRODUCTION 293
9.2 SENSITIVITY OF ATOMIC TRANSITIONS TO A-VARIATION 296
9.3 LEVEL CROSSINGS IN HIGHLY CHARGED IONS 298
9.4 HOLE CROSSINGS 300
9.5 SCALING LAWS FOR ATOMIC CLOCKS BASED
ON HIGHLY CHARGED IONS 301
9.5.1 SCALING OF THE SENSITIVITY TO A-VARIAITION 302
9.5.2 SCALING OF
EJ
AND
MJ
TRANSITION
MATRIX ELEMENTS 304
9.5.3 SCALING OF POLARIZABILITY AND BLACKBODY
RADIATION SHIFT 305
XIV CONTENTS
9.5.4 SCALING OF THE HYPERFINE STRUCTURE 305
9.5.5 SUMMARY OF SCALING LAWS 306
9.6 ATOMIC CALCULATIONS FOR HIGHLY CHARGED IONS 307
9.6.1 HARTREE-FOCK AND RELATIVISTIC HARTREE-FOCK 307
9.6.2 CONFIGURATION INTERACTION 308
9.6.3 COMBINING MANY-BODY PERTURBATION THEORY
WITH CONFIGURATION INTERACTION 308
9.6.4 CF'
6+
: A SAMPLE CALCULATION 309
REFERENCES 312
10 EMISSION AND LASER SPECTROSCOPY OF TRAPPED HIGHLY
CHARGED IONS IN ELECTRON BEAM ION TRAPS 315
JOSE R. CRESPO LOPEZ-URRUTIA AND ZOLTAN HARMAN
10.1 INTRODUCTION 315
10.2 QUANTUM ELECTRODYNAMICS STUDIES WITH TRAPPED HC1 316
10.3 HISTORICAL DEVELOPMENT OF EXPERIMENTS WITH ELECTRON
BEAM ION TRAPS 317
10.4 PRODUCTION AND TRAPPING OF HIGHLY CHARGED IONS
BY ELECTRON BEAMS 320
10.5 PHYSICAL PROCESSES IN THE TRAP REGION 323
10.5.1 ELECTRON IMPACT IONIZATION 324
10.5.2 ELECTRON IMPACT EXCITATION 324
10.5.3 RADIATIVE RECOMBINATION 325
10.5.4 DIELECTRONIC RECOMBINATION 326
10.6 PHOTON SPECTROSCOPY UNDER ELECTRON BEAM EXCITATION 327
10.6.1 THE X-RAY REGION: LYMAN-A TRANSITIONS
OF HYDROGEN-LIKE IONS 328
10.6.2 THE HELIUMLIKE SEQUENCE: A TEST
FOR INTERELECTRONIC CORRELATION 333
10.6.3 THE QED-SENSITIVE 2S|/
2
* 2/?
3
/
2
.]/2
TRANSITIONS
IN LITHIUMLIKE IONS 335
10.6.4 SPECTROSCOPY OF FORBIDDEN TRANSITIONS
IN THE VISIBLE RANGE 336
10.6.5 THE HYPERFINE STRUCTURE OF HYDROGENLIKE IONS 339
10.7 RESONANT PHOTORECOMBINATION PROCESSES 341
10.7.1 DIELECTRONIC RECOMBINATION 342
10.7.2 HIGHER-ORDER INTERACTIONS IN PHOTORECOMBINATION:
TRIELECTRONIC AND QUADRUELECTRONIC TERMS 344
10.7.3 THE EFFECT OF THE BREIT INTERACTION
IN THE DIELECTRONIC PROCESS 346
10.7.4 QUANTUM INTERFERENCE TERMS BETWEEN DIELECTRONIC
AND RADIATIVE RECOMBINATION 347
10.7.5 RESONANT PHOTO-IONIZATION PROCESSES 348
CONTENTS XV
10.8 PHOTONIC EXCITATION: LASER SPECTROSCOPY FROM THE VISIBLE
TO THE X-RAY RANGE 349
10.8.1 LASER SPECTROSCOPY IN THE SOFT X-RAY REGION
AT FREE-ELECTRON LASERS 350
10.8.2 EXTENDING LASER SPECTROSCOPY
INTO THE X-RAY DOMAIN 351
10.8.3 LASER EXCITATION OF FORBIDDEN TRANSITIONS
IN THE VISIBLE RANGE 353
10.9 ION COOLING SCHEMES FOR SPECTROSCOPY WITH HC1 355
10.10 SUMMARY AND FUTURE DIRECTIONS 358
REFERENCES 359
11 TESTS OF THEORY IN RYDBERG STATES OF ONE-ELECTRON IONS 375
JOSEPH N. TAN AND PETER J. MOHR
11.1 INTRODUCTION 375
11.2 THE RYDBERG CONSTANT 378
11.3 THE PROTON RADIUS PUZZLE: IS QED IN TROUBLE? 379
11.3.1 SPECTROSCOPIC DATA AND THE RYDBERG CONSTANT 379
11.3.2 SCATTERING DETERMINATIONS OF THE RADII 379
11.3.3 PROTON RADIUS FROM MUONIC HYDROGEN 381
11.3.4 COMPARISON OF THE DETERMINATIONS
OF THE PROTON RADIUS 382
11.3.5 COMPARISON OF THE DETERMINATIONS
OF THE RYDBERG CONSTANT 384
11.4 OPTICAL TRANSITIONS BETWEEN RYDBERG STATES 385
11.5 THEORY OF RYDBERG STATES 386
11.5.1 SIMPLIFICATION OF NUCLEAR SIZE AND HIGHER-ORDER
QED EFFECTS 386
11.5.2 HIGH-^-STATE ENERGY LEVELS
IN HYDROGEN-LIKE ATOMS 387
11.5.3 TRANSITION FREQUENCIES AND UNCERTAINTIES 390
11.5.4 NATURAL LINE WIDTHS 391
11.6 EXPERIMENT 392
11.6.1 SOURCE OF FULLY-STRIPPED IONS 393
11.6.2 CAPTURING BARE NUCLEI IN A COMPACT
PENNING TRAP 395
11.6.3 CHARGE-EXCHANGE RECOMBINATION:
ONE-ELECTRON RYDBERG IONS 400
11.7 SUMMARY 401
REFERENCES 402
INDEX 405 |
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| dewey-full | 539.7 |
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| dewey-ones | 539 - Modern physics |
| dewey-raw | 539.7 |
| dewey-search | 539.7 |
| dewey-sort | 3539.7 |
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| indexdate | 2024-09-10T01:08:24Z |
| institution | BVB |
| isbn | 9783642452000 |
| language | English |
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| owner | DE-91G DE-BY-TUM DE-19 DE-BY-UBM DE-11 DE-29T |
| owner_facet | DE-91G DE-BY-TUM DE-19 DE-BY-UBM DE-11 DE-29T |
| physical | XXI, 411 S. Ill., graph. Darst. |
| publishDate | 2014 |
| publishDateSearch | 2014 |
| publishDateSort | 2014 |
| publisher | Springer |
| record_format | marc |
| series | Springer Tracts in Modern Physics |
| series2 | Springer Tracts in Modern Physics |
| spelling | Fundamental physics in particle traps Wolfgang Quint ... eds. Berlin [u.a.] Springer 2014 XXI, 411 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Springer Tracts in Modern Physics 256 Teilchenfalle (DE-588)4349942-9 gnd rswk-swf Teilchenfalle (DE-588)4349942-9 s DE-604 Quint, Wolfgang Sonstige oth Erscheint auch als Online-Ausgabe 978-3-642-45201-7 Springer Tracts in Modern Physics 256 (DE-604)BV000000153 256 X:MVB text/html http://deposit.dnb.de/cgi-bin/dokserv?id=4498163&prov=M&dok_var=1&dok_ext=htm Inhaltstext DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=027153850&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Fundamental physics in particle traps Springer Tracts in Modern Physics Teilchenfalle (DE-588)4349942-9 gnd |
| subject_GND | (DE-588)4349942-9 |
| title | Fundamental physics in particle traps |
| title_auth | Fundamental physics in particle traps |
| title_exact_search | Fundamental physics in particle traps |
| title_full | Fundamental physics in particle traps Wolfgang Quint ... eds. |
| title_fullStr | Fundamental physics in particle traps Wolfgang Quint ... eds. |
| title_full_unstemmed | Fundamental physics in particle traps Wolfgang Quint ... eds. |
| title_short | Fundamental physics in particle traps |
| title_sort | fundamental physics in particle traps |
| topic | Teilchenfalle (DE-588)4349942-9 gnd |
| topic_facet | Teilchenfalle |
| url | http://deposit.dnb.de/cgi-bin/dokserv?id=4498163&prov=M&dok_var=1&dok_ext=htm http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=027153850&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| volume_link | (DE-604)BV000000153 |
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