Single-photon generation and detection: experimental methods in the physical sciences
Gespeichert in:
| Format: | Buch |
|---|---|
| Sprache: | English |
| Veröffentlicht: |
Amsterdam [u.a.]
Elsevier
2013
|
| Schriftenreihe: | Experimental methods in the physical sciences
45 |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis Inhaltsverzeichnis |
| Beschreibung: | Literaturangaben |
| Beschreibung: | XXII, 569 S. Ill., graph. Darst. |
| ISBN: | 9780123876959 |
Internformat
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| 245 | 1 | 0 | |a Single-photon generation and detection |b experimental methods in the physical sciences |c ed. Alan Migdall ... |
| 264 | 1 | |a Amsterdam [u.a.] |b Elsevier |c 2013 | |
| 300 | |a XXII, 569 S. |b Ill., graph. Darst. | ||
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| 490 | 1 | |a Experimental methods in the physical sciences |v 45 | |
| 500 | |a Literaturangaben | ||
| 650 | 4 | |a aPhotons | |
| 650 | 4 | |a aPhoton detectors | |
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| 830 | 0 | |a Experimental methods in the physical sciences |v 45 |w (DE-604)BV010604537 |9 45 | |
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Datensatz im Suchindex
| _version_ | 1804152554611802112 |
|---|---|
| adam_text | CONTENTS
CONTRIBUTORS
XIII
VOLUMES IN SERIES
XVII
PREFACE
XXI
1.
INTRODUCTION
1
1.1
PHYSICS
OF LIGHT*AN HISTORICAL PERSPECTIVE 1
1.2 QUANTUM LIGHT 2
1.2.1
WHAT
IS NON-CLASSICAL LIGHT? 2
1.2.2
WHAT
IS A PHOTON? 3
1.3 THE DEVELOPMENT OF SINGLE-PHOTON TECHNOLOGIES 4
1.4
SOME
APPLICATIONS OF SINGLE-PHOTON TECHNOLOGY 8
1.5 THIS BOOK 9
1.5.1 SINGLE-PHOTON DETECTORS 9
1.5.2 SINGLE-PHOTON
SOURCES
16
1.6 CONCLUSIONS 17
REFERENCES
18
2.
PHOTON
STATISTICS, MEASUREMENTS, AND
MEASUREMENTS
TOOLS 25
2.1 QUANTIZED ELECTRIC FIELD & OPERATOR NOTATION 26
2.2
SOURCE
CHARACTERISTICS 28
2.2.1
STATE
VECTOR 28
2.2.2 DENSITY MATRIX AND PHOTON NUMBER PROBABILITIES 29
2.2.3 PURITY 30
2.2.4
SOURCE
EFFICIENCY AND GENERATION
RATE
31
2.2.5 SECOND-ORDER COHERENCE, G
(2)
32
2.2.6 RELATING G
(2)
TO
P(N)
34
2.2.7 IDEAL AND NON-IDEAL SINGLE-PHOTON
SOURCES
37
2.2.8 TO MEASURE
P{N)
OR G
(2)
? 38
2.2.9 HANBURY BROWN-TWISS INTERFEROMETER 38
2.2.10 BUNCHING, ANTIBUNCHING, AND POISSONIAN
PHOTON STATISTICS 42
2.2.11 HIGH-ORDER COHERENCES 44
2.2.12 INDISTINGUISHABILITY 45
2.2.13 OTHER
SOURCES
47
V
CONTENTS
2.3 DETECTOR PROPERTIES 52
2.3.1 DETECTION EFFICIENCY 53
2.3.2
POVM
ELEMENTS 55
2.3.3 PHOTON-NUMBER-RESOLVING (PNR) CAPABILITY 56
2.3.4 TIMING LATENCY AND
RISE
TIME 62
2.3.5 TIMING JITTER 62
2.3.6 DEAD TIME,
RESET
TIME, AND
RECOVERY
TIME 64
2.3.7 DARK COUNT
RATE
65
2.3.8 BACKGROUND COUNT
RATE
65
2.3.9 AFTERPULSE PROBABILITY 65
2.3.10 ACTIVE AREA 66
2.3.11 OPERATING TEMPERATURE OF ACTIVE AREA 66
REFERENCES
66
3.
PHOTOMULTIPLIER
TUBES 69
3.1
INTRODUCTION
69
3.2 BRIEF HISTORY 69
3.3 PRINCIPLE OF OPERATION 71
3.3.1 PHOTOELECTRON EMISSION AND PHOTOCATHODES 72
3.3.2 SECONDARY EMISSION, DYNODES 73
3.4 PHOTON COUNTING
WITH
PHOTOMULTIPLIERS 76
3.5 CONCLUSION 82
REFERENCES
82
4.
SEMICONDUCTOR-BASED DETECTORS
83
4.1 PHOTON
COUNTING:
WHEN
AND WHY 84
4.2 WHY SEMICONDUCTOR DETECTORS FOR PHOTON COUNTING? 85
4.3 PRINCIPLE OF OPERATION OF SINGLE-PHOTON AVALANCHE DIODES 85
4.4 PERFORMANCE PARAMETERS AND FEATURES OF
SPAD
DEVICES 87
4.4.1 PHOTON DETECTION EFFICIENCY 88
4.4.2 DARK COUNT
RATE
(DCR) 88
4.4.3 AFTERPULSING 89
4.4.4 TIMING JITTER 90
4.4.5 CROSSTALK 92
4.4.6 FILL-FACTOR 93
4.4.7 MICROELECTRONIC STRUCTURE OF A
SPAD:
OUTLINE
AND
BASIC
FEATURES 93
4.5 CIRCUIT PRINCIPLES FOR
SPAD
OPERATION 94
4.6 SILICON
SPAD
DEVICES 98
4.6.1
PLANAR
SPAD
DEVICES FABRICATED IN A CUSTOM
TECHNOLOGY 98
4.6.2 NON-PLANAR
SPAD
DEVICES FABRICATED IN A
CUSTOM TECHNOLOGY 102
4.6.3 HIGH-VOLTAGE, COMPLEMENTARY METAL-OXIDE
SEMICONDUCTOR
(HV-CMOS)
SPADS
104
4.6.4 STANDARD DEEP-SUBMICRON
CMOS
SPADS
106
4.7 SILICON
SPAD
ARRAY DETECTORS 108
CONTENTS
( VII )
4.8
SPADS
FOR
THE
INFRARED SPECTRAL
RANGE
113
4.8.1 INFRARED
SPADS 113
4.8.2
BASIC
INGAAS/LNP
SPAD
DESIGN CONCEPTS
114
4.8.3
DE AND DCR
MODELING
AND
PERFORMANCE
115
4.8.4 TIMING JITTER
117
4.8.5 AFTERPULSING
118
4.8.6 COMPARISON
OF
INGAAS/LNP
SPADS AND SI SPADS 119
4.9 ACTIVE GATING TECHNIQUES FOR
INGAAS
SPADS 120
4.9.1 INTRODUCTION
120
4.9.2 SAMPLING
122
4.9.3 CANCELLATION
123
4.9.4 INTRODUCTION
TO
HIGH-SPEED PERIODIC GATING
125
4.9.5
SINE-WAVE
GATING
127
4.9.6 SELF-DIFFERENCING
129
4.9.7 HARMONIC SUBTRACTION
131
4.9.8 SUMMARY
132
4.10 FUTURE PROSPECTS FOR SILICON
SPADS 134
4.11 FUTURE PROSPECTS
FOR
INGAAS
SPADS 135
REFERENCES
137
5.
NOVEL
SEMICONDUCTOR
SINGLE-PHOTON
DETECTORS
147
5.1
INTRODUCTION
147
5.2 SOLID-STATE PHOTOMULTIPLIERS
AND
VISIBLE-LIGHT PHOTON
COUNTERS
148
5.2.1 INTRODUCTION
148
5.2.2
VLPC
STRUCTURE
AND
OPERATION
150
5.2.3
SSPM
AND VLPC
PERFORMANCE
154
5.2.4 QUANTITATIVE MODEL
AND ITS
CURRENT LIMITATIONS
161
5.2.5
NEW
OPPORTUNITIES FOR
VLPCS 163
5.2.6 CONCLUSIONS
166
5.3 QUANTUM-DOT-BASED DETECTORS
166
5.3.1 DETECTOR DESIGNS
AND
PRINCIPLES
OF
OPERATION
167
5.3.2 PHOTON-NUMBER-RESOLVING DETECTION
172
5.3.3 MODELING PHOTOCONDUCTIVE
GAIN
175
5.3.4 CONCLUSIONS
179
REFERENCES
180
6.
DETECTORS
BASED
ON
SUPERCONDUCTORS
185
6.1 INTRODUCTION
186
6.2 SUPERCONDUCTING NANOWIRE SINGLE-PHOTON DETECTORS
187
6.2.1 OPERATING PRINCIPLE
187
6.2.2 PRINCIPAL STRENGTHS,
WEAKNESSES
191
6.2.3 AREAS
OF
RESEARCH
192
6.3 TRANSITION-EDGE
SENSORS
194
6.3.1 OPERATING PRINCIPLE
195
6.3.2 PRINCIPAL STRENGTHS
AND
WEAKNESSES
199
6.3.3
RESEARCH
AREAS
199
CONTENTS
6.4 SUPERCONDUCTING TUNNEL JUNCTION DETECTORS 201
6.4.1 OPERATING PRINCIPLE 201
6.4.2 STRENGTHS AND
WEAKNESSES
204
6.4.3
RESEARCH
AREAS 204
6.5 MICROWAVE KINETIC-INDUCTANCE DETECTORS 204
6.5.1 OPERATING PRINCIPLE 205
6.5.2 STRENGTHS AND
WEAKNESSES
206
6.5.3
RESEARCH
AREAS 207
6.6 CONCLUSIONS AND PERSPECTIVE 208
REFERENCES
209
7.
HYBRID
DETECTORS
217
7.1 INTRODUCTION 218
7.2 SPACE-MULTIPLEXED DETECTORS 219
7.2.1 INTRODUCTION 219
7.2.2 THEORY OF OPERATION 220
7.2.3 EXPERIMENTAL IMPLEMENTATIONS OF
SPACE-MULTIPLEXED DETECTORS 231
7.3 TIME-MULTIPLEXED DETECTORS 236
7.3.1 INTRODUCTION 236
7.3.2 FIBER-LOOP DETECTORS 237
7.3.3 WEAK-HOMODYNE DETECTION 241
7.4 UP-CONVERSION DETECTORS 243
7.4.1 INTRODUCTION 243
7.4.2 THEORY OF SINGLE-PHOTON UP-CONVERSION 244
7.4.3 UP-CONVERSION TECHNIQUES 245
7.4.4
PULSED
UP-CONVERSION 249
7.4.5 ULTRAFAST UP-CONVERSION 250
7.5 CONCLUSION 253
REFERENCES
253
8.
SINGLE-PHOTON
DETECTOR CALIBRATION
257
8.1 INTRODUCTION 257
8.2 DEFINITIONS 259
8.3 CALIBRATION METHODS 260
8.3.1 RADIANT
POWER
MEASUREMENTS (SUBSTITUTION METHOD) 261
8.3.2 CORRELATED-PHOTON-PAIR CALIBRATION METHOD 262
8.4 PRACTICAL CONSIDERATIONS 263
8.4.1 SEMICONDUCTOR SINGLE-PHOTON AVALANCHE DIODES 264
8.4.2 TRANSITION
EDGE
SENSORS
275
8.5 CONCLUSION 279
REFERENCES
280
9.
QUANTUM
DETECTOR TOMOGRAPHY
283
9.1 INTRODUCTION 283
9.2 QUANTUM TOMOGRAPHY: PRELUDE 286
9.2.1
STATE
TOMOGRAPHY 287
CONTENTS
9.2.2
PROCESS
TOMOGRAPHY 288
9.3 DETECTOR TOMOGRAPHY 288
9.3.1 GENERAL INTRODUCTION 289
9.3.2 PHOTON-NUMBER-RESOLVING DETECTORS 291
9.3.3 RECONSTRUCTION WITHOUT PHASE-SENSITIVITY 293
9.3.4 RECONSTRUCTION WITH PHASE-SENSITIVITY: THE CHALLENGE 295
9.4 EXPERIMENTAL IMPLEMENTATIONS OF DETECTOR TOMOGRAPHY 297
9.4.1 EXPERIMENTAL SETUP 298
9.4.2 Q-FUNCTION 300
9.4.3 RECONSTRUCTED
POVM
ELEMENTS 301
9.4.4 CONDITIONING AND REGULARIZATION 305
9.4.5 ROBUSTNESS OF DETECTOR TOMOGRAPHY 307
9.4.6 WIGNER FUNCTIONS 308
9.5 CONCLUSIONS 310
REFERENCES
311
10.
THE FIRST
SINGLE-PHOTON
SOURCES
315
10.1 INTRODUCTION 316
10.2
FEEBLE
LIGHT VS. SINGLE PHOTON 318
10.2.1
IN
SEARCH
OF
FEEBLE
LIGHT S
WAVE-LIKE
PROPERTIES:
A SHORT HISTORICAL
REVIEW
318
10.2.2
QUANTUM OPTICS IN A NUTSHELL 319
10.2.3
ONE-PHOTON WAVEPACKET 321
10.2.4
QUASI-CLASSICAL WAVEPACKET 326
10.2.5
THE POSSIBILITY OF AN EXPERIMENTAL DISTINCTION 328
10.2.6
ATTENUATED CONTINUOUS LIGHT
BEAMS
329
10.2.7
LIGHT FROM A DISCHARGE LAMP 331
10.2.8
CONCLUSION:
WHAT
IS SINGLE-PHOTON LIGHT? 333
10.3 PHOTON
PAIRS
AS A
RESOURCE
FOR SINGLE PHOTONS 334
10.3.1
INTRODUCTION 334
10.3.2
NON-CLASSICAL PROPERTIES IN AN ATOMIC
CASCADE
335
10.3.3
ANTICORRELATION FOR A SINGLE PHOTON ON A BEAMSPLITTER 336
10.3.4
THE 1986 ANTICORRELATION EXPERIMENT 339
10.4
SINGLE-PHOTON INTERFERENCES 344
10.4.1
WAVE-PARTICLE
DUALITY IN TEXTBOOKS 344
10.4.2
INTERFERENCES WITH A SINGLE PHOTON 344
10.5 FURTHER DEVELOPMENTS 346
10.5.1
PARAMETRIC
SOURCES
OF PHOTON
PAIRS
346
10.5.2
OTHER HERALDED AND ON-DEMAND
SINGLE-PHOTON
SOURCES
347
10.5.3
DELAYED-CHOICE SINGLE-PHOTON INTERFERENCE
EXPERIMENTS 348
REFERENCES
348
11.
PARAMETRIC
DOWN-CONVERSION
351
11.1 INTRODUCTION 352
11.2 SINGLE PHOTONS FROM PDC: THEORY 353
11.2.1
CLASSICAL DESCRIPTION OF PDC 354
CONTENTS
11.2.2
QUANTUM MECHANICAL DESCRIPTION OF PDC 357
11.2.3
HERALDING SINGLE PHOTONS
FROM
PDC 360
11.2.4
HERALDING
PURE
SINGLE-PHOTON FOCK STATES 362
11.3
BULK-CRYSTAL PDC 367
11.3.1
BIREFRINGENT PHASE-MATCHING 367
11.3.2
HERALDED SINGLE PHOTONS
FROM
TRIGGERED PDC 372
11.4
PERIODICALLY-POLED CRYSTAL PDC 379
11.4.1
QUASI-PHASE-MATCHING 379
11.4.2
PERIODIC POLING 383
11.4.3
OPTIMAL FOCUS PARAMETERS FOR HERALDING EFFICIENCY 384
11.4.4
NUMBER PURITY 388
11.4.5
SPECTRAL PURITY 390
11.4.6
NON-UNIFORM PERIODIC POLING 391
11.5
WAVEGUIDE-CRYSTAL PDC 392
11.5.1
HISTORY AND EXPERIMENTAL IMPLEMENTATIONS 393
11.5.2
THEORY OF PDC IN WAVEGUIDES 394
11.5.3
HERALDING SINGLE PHOTONS
FROM
PDC IN WAVEGUIDES 399
11.5.4
ELECTRIC FIELD MODES IN WAVEGUIDES 401
11.6
COMPARISON OF EXPERIMENTAL SINGLE-PHOTON SOURCES
USING PDC 403
11.7
OVERVIEW OF THE MOST COMMONLY USED NONLINEAR
MATERIALS
AND THEIR PROPERTIES 404
11.8
CONCLUSION 404
REFERENCES 404
12.
FOUR-WAVE
MIXING
IN
SINGLE-MODE
OPTICAL FIBERS 411
12.1
INTRODUCTION
412
12.2
PHOTON-PAIR GENERATION IN OPTICAL FIBERS 413
12.2.1
CLASSICAL
FOUR-WAVE
MIXING
THEORY AND
PHASE-MATCHING REQUIREMENTS 413
12.2.2
QUANTUM THEORY OF
FOUR-WAVE
MIXING
416
12.2.3
CROSS-POLARIZED
FOUR-WAVE
MIXING
IN
BIREFRINGENT
FIBERS 419
12.2.4
RAMAN SCATTERING 420
12.3
HERALDED SINGLE-PHOTON SOURCES
BASED
ON
SFWM
422
12.3.1
PHOTON-PAIR GENERATION IN THE ANOMALOUS
DISPERSION
REGIME 425
12.3.2
PHOTONIC CRYSTAL FIBER SOURCES IN THE NORMAL
DISPERSION
REGIME 427
12.4
QUANTUM INTERFERENCE BETWEEN SEPARATE SPECTRALLY
FILTERED
FIBER SOURCES 430
12.5
INTRINSICALLY PURE-STATE PHOTONS 436
12.5.1
GENERATION OF SPECTRALLY UNCORRELATED TWO-PHOTON
STATES THROUGH GROUP VELOCITY MATCHING 436
12.5.2
A TEMPORAL FILTERING APPROACH FOR
ATTAINING
PURE-STATE PHOTONS 440
12.6
ENTANGLED PHOTON-PAIR SOURCES 444
CONTENTS
12.7
APPLICATIONS OF FIBER PHOTON SOURCES*ALL-FIBER
QUANTUM
LOGIC
GATES
12.8
PHOTONIC FUSION IN FIBER
12.9
CONCLUSION
REFERENCES
13.
SINGLE
EMITTERS IN ISOLATED QUANTUM SYSTEMS
13.1
INTRODUCTION
13.2
SINGLE PHOTONS
FROM
ATOMS AND IONS - A. KUHN
13.2.1
EMISSION
INTO
FREE
SPACE
13.2.2
CAVITY-BASED SINGLE-PHOTON EMITTERS
13.2.3
PHOTON COHERENCE,
AMPLITUDE,
AND
PHASE
CONTROL
13.3
SINGLE PHOTONS
FROM
SEMICONDUCTOR
QUANTUM
DOTS - G. S. SOLOMON
13.3.1
INTRODUCTION
13.3.2
INAS-BASED QUANTUM-DOT FORMATION
13.3.3
EXCITON ENERGETICS
13.3.4
OPTICALLY ACCESSING SINGLE QUANTUM DOTS
13.3.5
SINGLE PHOTONS FROM SINGLE QUANTUM DOTS
13.3.6
WEAK
QD-CAVITY COUPLING
13.3.7
QUANTUM-DOT PHOTON
INDISTINGUISHABILITY
13.4
SINGLE DEFECTS IN DIAMOND - C. SANTORI
13.4.1
INTRODUCTION
13.4.2
THE NITROGEN-VACANCY CENTER
13.4.3
OTHER DEFECTS
13.4.4
OPTICAL STRUCTURES IN DIAMOND
13.4.5
QUANTUM COMMUNICATION
13.4.6
SUMMARY
13.5
FUTURE DIRECTIONS
REFERENCES
14.
GENERATION AND
STORAGE
OF
SINGLE PHOTONS
IN
COLLECTIVELY EXCITED ATOMIC ENSEMBLES
14.1
INTRODUCTION
14.2
BASIC
CONCEPTS
14.3
FROM HERALDED TO DETERMINISTIC SINGLE-PHOTON SOURCES
14.4
INTERFERENCE OF PHOTONS
FROM
INDEPENDENT SOURCES
14.5
CONCLUSION AND OUTLOOK
APPENDIX
A WRITE
PROCESS
B
READ
PROCESS
REFERENCES
INDEX
454
458
460
461
467
468
468
469
471
485
492
492
493
494
497
499
502
505
511
511
511
521
522
525
526
526
527
541
541
543
545
550
555
556
556
559
560
563
|
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| id | DE-604.BV042094762 |
| illustrated | Illustrated |
| indexdate | 2024-07-10T01:12:34Z |
| institution | BVB |
| isbn | 9780123876959 |
| language | English |
| lccn | 2014395340 |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-027535549 |
| oclc_num | 910935055 |
| open_access_boolean | |
| owner | DE-83 DE-706 |
| owner_facet | DE-83 DE-706 |
| physical | XXII, 569 S. Ill., graph. Darst. |
| publishDate | 2013 |
| publishDateSearch | 2013 |
| publishDateSort | 2013 |
| publisher | Elsevier |
| record_format | marc |
| series | Experimental methods in the physical sciences |
| series2 | Experimental methods in the physical sciences |
| spelling | Single-photon generation and detection experimental methods in the physical sciences ed. Alan Migdall ... Amsterdam [u.a.] Elsevier 2013 XXII, 569 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Experimental methods in the physical sciences 45 Literaturangaben aPhotons aPhoton detectors Einzelphotonenemission (DE-588)7726957-3 gnd rswk-swf Photonendetektor (DE-588)4466001-7 gnd rswk-swf Einzelphotonenemission (DE-588)7726957-3 s Photonendetektor (DE-588)4466001-7 s DE-604 Migdall, Alan Sonstige oth Experimental methods in the physical sciences 45 (DE-604)BV010604537 45 DE-601 pdf/application http://www.gbv.de/dms/bowker/toc/9780123876959.pdf Inhaltsverzeichnis SWB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=027535549&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Single-photon generation and detection experimental methods in the physical sciences Experimental methods in the physical sciences aPhotons aPhoton detectors Einzelphotonenemission (DE-588)7726957-3 gnd Photonendetektor (DE-588)4466001-7 gnd |
| subject_GND | (DE-588)7726957-3 (DE-588)4466001-7 |
| title | Single-photon generation and detection experimental methods in the physical sciences |
| title_auth | Single-photon generation and detection experimental methods in the physical sciences |
| title_exact_search | Single-photon generation and detection experimental methods in the physical sciences |
| title_full | Single-photon generation and detection experimental methods in the physical sciences ed. Alan Migdall ... |
| title_fullStr | Single-photon generation and detection experimental methods in the physical sciences ed. Alan Migdall ... |
| title_full_unstemmed | Single-photon generation and detection experimental methods in the physical sciences ed. Alan Migdall ... |
| title_short | Single-photon generation and detection |
| title_sort | single photon generation and detection experimental methods in the physical sciences |
| title_sub | experimental methods in the physical sciences |
| topic | aPhotons aPhoton detectors Einzelphotonenemission (DE-588)7726957-3 gnd Photonendetektor (DE-588)4466001-7 gnd |
| topic_facet | aPhotons aPhoton detectors Einzelphotonenemission Photonendetektor |
| url | http://www.gbv.de/dms/bowker/toc/9780123876959.pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=027535549&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| volume_link | (DE-604)BV010604537 |
| work_keys_str_mv | AT migdallalan singlephotongenerationanddetectionexperimentalmethodsinthephysicalsciences |
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