Cosmologie et structure à grande échelle: = Cosmology and large scale structure
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| Other Authors: | , , , |
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| Format: | Book |
| Language: | English |
| Published: |
Amsterdam [u.a.]
Elsevier
1996
|
| Series: | École d'Été de Physique Théorique <LesHouches>: Session
60 |
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Item Description: | Beitr. engl. |
| Physical Description: | XXXIX, 968 Seiten Illustrationen, graphische Darstellungen |
| ISBN: | 0444823352 |
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MARC
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| 245 | 1 | 0 | |a Cosmologie et structure à grande échelle |b = Cosmology and large scale structure |c [Ecole d'été de physique théorique], Les Houches, Session LX, 1-28 août 1993 ; UJFG [Université Joseph Fourier de Grenoble] ; NATO-ASI [NATO Advanced Study Institute] ; [Institut national polytechnique de Grenoble]. Édité par Richard Schaeffer, Joseph Silk, Michel Spiro et Jean Zinn-Justin |
| 246 | 1 | 3 | |a Cosmology and large scale structure |
| 246 | 1 | 1 | |a Cosmology and large scale structure |
| 264 | 1 | |a Amsterdam [u.a.] |b Elsevier |c 1996 | |
| 300 | |a XXXIX, 968 Seiten |b Illustrationen, graphische Darstellungen | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 490 | 1 | |a École d'Été de Physique Théorique <LesHouches>: Session |v 60 | |
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| 650 | 4 | |a Astrophysics |v Congresses | |
| 650 | 4 | |a Cosmology |v Congresses | |
| 650 | 4 | |a Large scale structure (Astronomy) |v Congresses | |
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| adam_text | UJFG NATO ASI LES HOUCHES SESSION LX L-28AOUTL993 COSMOLOGIE ET
STRUCTURE A GRANDE ECHELLE COSMOLOGY AND LARGE SCALE STRUCTURE EDITEPAR
R. SCHAEFFER, J. SILK, M. SPIRO ETJ. ZINN-JUSTIN 1996 ELSEVIER AMSTERDAM
- LAUSANNE - NEW YORK - OXFORD - SHANNON - TOKYO CONTENTS LECTURERS IX
SEMINAR SPEAKERS XI PARTICIPANTS XIII PREFACE (FRENCH) XVII PREFACE
(ENGLISH) XXI COURSE 1. STANDARD COSMOLOGICAL MODELS: THEORY, BY A.
BLANCHARD 1 1. INTRODUCTION 5 1.1. THE OLBERS PARADOX 6 1.2. HOMOGENEITY
7 1.3. THE ROBERTSON*WALKER ELEMENT 8 2. GEOMETRY AND DYNAMICS 10 2.1.
GEOMETRY OF FOUR-DIMENSIONAL SPACE-TIME 10 2.2. TOPOLOGY 10 2.3.
DYNAMICS 11 2.4. VACUUM AND THE COSMOLOGICAL CONSTANT 12 3. OBSERVATIONS
13 3.1. REDSHIFT 13 3.2. THE PROPER DISTANCE 14 3.3. THE ANGULAR
DISTANCE 15 3.4. THE LUMINOSITY DISTANCE 15 3.5. DISTANCE ALONG THE LINE
OF SIGHT * 15 4. SOLUTIONS 16 4.1. CASE(A 0 = 0,P = 0) 16 4.2. CASE(A 0
0,P = 0) . 17 4.3. RADIATION DOMINATED CASE 18 5. THE EARLY UNIVERSE 18
5.1. THE PRIMORDIAL NUCLEOSYNTHESIS 19 XXV CONTENTS 5.2. THE COSMIC
BACKGROUND RADIATION 22 6. CONCLUSION 23 REFERENCES 24 COURSE 2.
OBSERVATIONAL COSMOLOGY, BY M. ROWAN-ROBINSON 1. INTRODUCTION 1.1.
CONTENTS OF UNIVERSE 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. . 1. OUR GALAXY .2.
LIMITATIONS OUR GALAXY IMPOSES ON COSMOLOGICAL OBSERVATIONS .3. OTHER
GALAXIES .4. GROUPS, CLUSTERS, WALLS AND VOIDS .5. INTERGALACTIC MEDIUM
.6. RADIATION .7. NEUTRINOS .8. DARK MATTER .9. COSMIC RAYS .10.
GRAVITATIONAL RADIATION 1.2. OBSERVATIONAL EVIDENCE FOR BIG BANG MODELS.
1.3. BRIEF OUTLINE OF HISTORY OF UNIVERSE 1.4. SUMMARY OF FRIEDMANN
MODELS AND COSMOLOGICAL PARAMETERS 1.4.1. FRIEDMANN MODELS 1.4.2.
COSMOLOGICAL PARAMETERS 1.4.3. AGE OF THE UNIVERSE 1.4.4. HORIZONS 2.
THE DISTANCE SCALE AND HO 2.1. REVIEWS OF THE DISTANCE SCALE AND HO 2.2.
THE LOCAL DISTANCE SCALE 2.3. PRIMARY EXTRAGALACTIC DISTANCE INDICATORS
2.3.1. CEPHEID VARIABLE STARS 2.3.2. SUPERNOVAE 2.3.3. NOVAE 2.3.4. TIP
OF THE RED GIANT BRANCH 2.3.5. GRAVITATIONAL LENS TIME DELAY 2.3.6.
SUNYAEV*ZELDOVICH EFFECT 2.4. SECONDARY EXTRAGALACTIC DISTANCE
INDICATORS 2.4.1. TULLY*FISHER METHOD FOR SPIRALS 2.4.2. D N -O METHOD
FOR ELLIPTICALS 2.4.3. GLOBULAR CLUSTER LUMINOSITY FUNCTION 2.4.4.
PLANETARY NEBULA LUMINOSITY FUNCTION 2.4.5. SURFACE BRIGHTNESS
FLUCTUATIONS 2.4.6. BRIGHTEST RED STARS IN GALAXIES 27 31 31 31 31 32 32
32 33 33 33 33 34 34 34 35 35 35 36 37 37 37 38 38 38 39 40 41 41 41 42
42 42 43 43 43 43 XXVI CONTENTS 2.5. SUMMARY OF DISTANCES TO LOCAL GROUP
GALAXIES, M81, VIRGO 43 2.6. THE HUBBLE CONSTANT, H O 45 3. AGE OF THE
UNIVERSE, TO . 45 3.1. NUCLEOCOSMOCHRONOLOGY 45 3.2. GLOBULAR CLUSTER
AGES 46 3.3. WHITE DWARF LUMINOSITY FUNCTION AND AGE OF THE GALAXY 47 4.
DENSITY OF THE UNIVERSE, FIO 47 4.1. M/L + INTEGRATED LIGHT FROM
GALAXIES 47 4.2. PRIMORDIAL NUCLEOSYNTHESIS 48 4.3. COSMIC VIRIAL
THEOREM 48 4.4. LARGE-SCALE FLOWS 49 4.4.1. USING THE PECULIAR VELOCITY
OF THE LOCAL GROUP OF GALAXIES 50 4.4.2. USING THE PECULIAR VELOCITIES
OF FIELD AND CLUSTER GALAXIES 51 4.4.3. INFALL PATTERN TO A SINGLE
CLUSTER 52 4.4.4. ISSUES AND PROBLEMS 52 4.4.5. THREE-DIMENSIONAL DIPOLE
FROM IRAS PSC TO 0.6 JY 54 4.5. THE VALUE OF N 0 57 5. COSMOLOGICAL
CONSTANT, A 58 5.1. SOME CONSEQUENCES OF A 0 58 5.2. STANDARD
COSMOLOGICAL TESTS FOR (Q, CL) 58 5.3. STATISTICS OF GRAVITATIONAL
LENSES 59 5.4. STATISTICS OF QUASAR ABOSORPTION LINE SYSTEMS 59 5.5.
SUMMARY ON A 59 6. IMPLICATIONS OF OBSERVED VALUES OF H O , IO, &O, 9O,
A 59 7. EVOLUTION OF NORMAL, ACTIVE AND STARBURST GALAXIES 60 7.1.
NORMAL GALAXIES 60 7.2. ACTIVE GALAXIES 60 7.3. STARBURST GALAXIES 61
7.4. SUMMARY ON EVOLUTION 62 8. HIGH REDSHIFT GALAXIES AND PROTOGALAXIES
62 8.1. MODELS FOR PROTOGALAXIES 62 8.2. LYMAN A GALAXIES AT HIGH
REDSHIFT 64 8.3. HIGH REDSHIFT QUASARS 64 8.4. HIGH REDSHIFT
RADIO-GALAXIES 64 8.5. LYMAN A CLOUDS 65 8.6. IRAS F10214+4724 -
PROTOGALAXY? 66 REFERENCES 67 COURSE 3. BARYONIC DARK MATTER, BY J. SILK
75 1. INTRODUCTION 79 2. THE EVIDENCE FOR BARYONIC DARK MATTER 80 2.1.
PRIMORDIAL NUCLEOSYNTHESIS 80 XXVII CONTENTS 2.2. EVIDENCE FROM ROTATION
CURVES 81 2.3. DARK HALOS MAY BE FLATTENED 81 2.4. CONTINUITY WITH
POPULATION II 82 2.5. GRAVITATIONAL MICROLENSING EXPERIMENTS 83 3. THE
POSSIBLE FORMS OF BARYONIC DARK MATTER 85 3.1. A STAR FORMATION PRIMER
85 3.1.1. INITIAL MASS FUNCTION 85 3.1.2. STAR FORMATION EFFICIENCY 88
3.1.3. STAR FORMATION RATE 88 3.2. THE PRIMORDIAL IMF 89 3.3. WHAT COULD
THE (DARK) MATTER BE? 91 3.3.1. BROWN DWARFS 92 3.3.2. HALO WHITE DWARFS
93 3.3.3. DIFFUSE GAS CLOUDS 94 3.3.4. EXOTICA 96 4. COSMOGONIC
IMPLICATIONS 97 4.1. GALAXY MORPHOLOGY 97 4.2. LARGE-SCALE STRUCTURE 97
4.3. PRIMORDIAL DENSITY FLUCTUATION POWER SPECTRUM 99 4.4. 6T/T ON
INTERMEDIATE AND SMALL ANGULAR SCALES 101 4.5. THE COMPTON Y CONSTRAINT
. 102 4.6. A BDM SCENARIO 103 5. CONCLUSIONS 103 REFERENCES 105 COURSE
4. MAPPING THE LARGE-SCALE STRUCTURE, BY V. DE LAPPARENT 107 1.
INTRODUCTION 111 2. THE NEARBY GALAXY DISTRIBUTION 112 3. COMPARISON OF
THE DATA WITH THE THEORETICAL MODELS 117 3.1. THEORETICAL FRAMEWORK FOR
THE FORMATION OF THE LARGE-SCALE STRUCTURE 117 3.2. STATISTICAL
CHARACTERIZATION OF THE LARGE-SCALE STRUCTURE 119 4. CONSTRAINTS FROM
NEW SURVEYS 121 4.1. WIDE-ANGLE DEEP SURVEYS 121 4.2. CONFIGURATION OF
REDSHIFT SURVEYS 124 4.3. ULTRA-DEEP PENCIL-BEAM PROBES 126 5.
CONCLUSIONS AND PROSPECTS 128 REFERENCES 129 XXVM CONTENTS COURSE 5.
OBSERVATIONS OF LARGE-SCALE STRUCTURE IN THE UNIVERSE, BY G. EFSTATHIOU
133 1. INTRODUCTION 137 2. THE GALAXY LUMINOSITY FUNCTION 137 2.1.
BACKGROUND 138 2.2. ESTIMATING THE LUMINOSITY FUNCTION 140 3. GALAXY
CLUSTERING IN TWO DIMENSIONS 148 3.1. CATALOGUES OF GALAXIES 148 3.2.
THE TWO-POINT CORRELATION FUNCTION 149 3.2.1. DEFINITION 149 3.2.2.
RELATIONSHIP OF (R) TO THE POWER SPECTRUM 150 3.2.3. THE ANGULAR
TWO-POINT CORRELATION FUNCTION 151 3.2.4. SCALING OF W(9) WITH DEPTH 153
3.3. RESULTS FROM THE APM GALAXY SURVEY 154 3.4. SOME REMARKS ON
ESTIMATING CORRELATION FUNCTIONS 163 4. THREE-DIMENSIONAL STATISTICS
FROM TWO-DIMENSIONAL SURVEYS 168 4.1. INVERSION OF W(0) 168 4.2.
INVERSION OF THE TWO-DIMENSIONAL POWER SPECTRUM P2 (A ) 171 4.3 *
COMPARISON OF POWER SPECTRA WITH THEORETICAL MODELS 173 5.
THREE-DIMENSIONAL STATISTICS FROM REDSHIFT SURVEYS 178 5.1. A SUMMARY OF
SOME IMPORTANT REDSHIFT SURVEYS 178 5.1.1. PENCIL BEAM SURVEYS 179
5.1.2. SLICES OF THE UNIVERSE 180 5.1.3. LARGE-ANGLE SURVEYS 180 5.2.
COUNTS-IN-CELLS AND HIGH-ORDER CORRELATIONS 181 5.3. MEASURING THE MEAN
DENSITY IN A FLUX-LIMITED REDSHIFT SURVEY 183 5.4. ESTIMATING (S) FROM
A REDSHIFT SURVEY 186 5.5. COUNTS-IN-CELLS ANALYSIS OF REDSHIFT SURVEYS
191 5.6. POWER SPECTRAM MEASURED FROM THREE-DIMENSIONAL SURVEYS 197 5.7.
CLUSTERING IN REAL SPACE AND REDSHIFT SPACE 206 5.8. SPHERICAL-HARMONIC
ANALYSIS OF REDSHIFT SURVEYS 213 6. CLUSTER-CLUSTER AND CLUSTER*GALAXY
CORRELATIONS 216 6.1. CLUSTERING OF RICH CLUSTERS OF GALAXIES 216 6.2.
THE CLUSTER-GALAXY CROSS-CORRELATION FUNCTION 225 7. LARGE-SCALE MOTIONS
IN THE UNIVERSE 227 7.1. MEASUREMENTS OF PECULIAR MOTIONS 227 7.2.
ANALYSIS OF BULK FLOWS 229 7.3. VELOCITY CORRELATION FUNCTION 235 7.4.
COMPUTING VELOCITIES FROM DENSITY MAPS 237 7.5. COMPUTING DENSITY FIELDS
FROM VELOCITY MAPS 239 7.6. CLUSTER PECULIAR MOTIONS 242 XXIX CONTENTS
8. FUTURE PROSPECTS 243 REFERENCES 246 COURSE 6. STATISTICAL ASPECTS OF
THE LARGE SCALE GALAXY DISTRIBUTION, BY A.S. SZALAY 253 1. INTRODUCTION
257 2. QUANTIFYING LARGE SCALE STRUCTURE 257 2.1. KEY QUESTIONS 257
2.1.1. THE FLUCTUATION SPECTRUM TODAY: POWER ON COBE SCALES 259 2.1.2.
MEASURING THE EVOLUTION OF STRUCTURE 259 2.1.3. HOW NON-GAUSSIAN IS THE
UNIVERSE TODAY? 259 2.2. MEASURING STRUCTURE ON 100-1000 H~ L MPC SCALES
260 2.2.1. PROBLEMS IN POWER SPECTRUM ESTIMATION 260 2.2.2.
CROSS-CORRELATION POWER SPECTRUM 260 2.2.3. EIGENMODE ANALYSIS OF
REDSHIFT SURVEYS 261 2.3. MEASURING EVOLUTION AND CLUSTERING 263 2.3.1.
PHOTOMETRIC REDSHIFTS 264 2.3.2. GALAXY COLORS AND ANGULAR CORRELATION
FUNCTIONS 265 2.4. PRACTICAL APPLICATIONS OF HIGHER ORDER CORRELATIONS
268 2.4.1. EFFECTS OF SPARSE SAMPLING * 268 2.4.2. BAYESIAN DENSITY
RECONSTRUCTION J 269 3. NEW SURVEYS, NEW METHODS 270 REFERENCES 271
COURSE 7. COSMOLOGICAL DYNAMICS, BY E. BERTSCHINGER 273 0. PREFACE 277
1. ELEMENTARY MECHANICS 277 1.1. NEWTONIAN DYNAMICS IN COSMOLOGY 277
1.2. LAGRANGIAN AND HAMILTONIAN FORMULATIONS 282 1.3. CONSERVATION OF
MOMENTUM AND ENERGY? 284 2. EULERIAN FLUID DYNAMICS 285 2.1.
COSMOLOGICAL FLUID EQUATIONS 285 2.2. LINEAR INSTABILITY 1: ISENTROPIC
FLUCTUATIONS AND JEANS CRITERION 288 2.3. LINEAR INSTABILITY 2: ENTROPY
FLUCTUATIONS AND ISOCURVATURE MODE 291 2.4. VORTICITY - OR POTENTIAL
FLOW? 292 3. HOT DARK MATTER 294 3.1. TREMAINE-GUNN BOUND 295 3.2.
VLASOV EQUATION 297 3.3. NONRELATIVISTIC EVOLUTION IN AN EXTERNAL
GRAVITATIONAL FIELD 300 3.4. NONRELATIVISTIC EVOLUTION INCLUDING
SELF-GRAVITY 304 XXX CONTENTS 4. RELATIVISTIC COSMOLOGICAL PERTURBATION
THEORY 305 4.1. INTRODUCTION 305 4.1.1. SYNOPSIS 306 4.1.2. SUMMARY OF
ESSENTIAL RELATIVITY 307 4.2. CLASSIFICATION OF METRIC PERTURBATIONS 310
4.3. STRESS-ENERGY TENSOR 313 4.4. SYNCHRONOUS GAUGE 316 4.5. GAUGE
MODES 320 4.6. POISSON GAUGE 323 4.7. PHYSICAL CONTENT OF THE EINSTEIN
EQUATIONS 326 4.8. HAMILTONIAN DYNAMICS OF PARTICLES 329 4.9. LAGRANGIAN
FIELD EQUATIONS 335 REFERENCES 345 COURSE 8. FORMATION AND EVOLUTION OF
GALAXIES, BY S.D.M. WHITE 349 1. INTRODUCTION 353 2. GRAVITATIONAL
DYNAMICS 353 2.L LINEAR AND QUASILINEAR THEORY 354 2.1.1. LINEAR
FLUCTUATION GROWTH 354 2.1.2. LAGRANGIAN THEORY AND THE ZEL DOVICH
APPROXIMATION 356 2.1.3. THE ORIGIN OF GALACTIC SPIN 358 2.1.4. LINEAR
SCALING LAWS 360 2.1.5. NONLINEAR SCALING LAWS 363 2.2. NONLINEAR MODELS
FOR GRAVITATIONAL COLLAPSE 364 2.2.1. THE SPHERICAL TOP-HAT 364 2.2.2.
SIMILARITY SOLUTIONS FOR COLLAPSE 365 2.2.3. SIMILARITY SOLUTIONS FOR
VOIDS 368 2.2.4. THE ELLIPSOIDAL TOP-HAT 369 2.3. THE STATISTICS OF
HIERARCHICAL CLUSTERING 373 2.3.1. THE PEAKS FORMALISM 374 2.3.2.
PRESS-SCHECHTER THEORY 375 2.3.3. THE EXCURSION SET DERIVATION OF THE
P&S FORMULA 376 2.3.4. PROGENITOR DISTRIBUTIONS 379 2.3.5. MERGING
HISTORIES 384 2.3.6. TESTS OF THE PRESS*SCHECHTER FORMALISM 386 2.4.
INTERNAL STRUCTURE OF CLUMPS 387 3. IV-BODY SIMULATIONS 388 3.1.
SOLUTION OF THE IV-BODY EQUATIONS 389 3.2. BOUNDARY CONDITIONS 391 3.3.
INITIAL CONDITIONS 392 3.4. HIERARCHICAL CLUSTERING IN TV-BODY
SIMULATIONS 394 XXXI CONTENTS 4. MODELS FOR GALAXY FORMATION 398 4.1.
COOLING AND THE LUMINOSITY AND STRUCTURE OF GALAXIES 400 . 1. COMPTON
COOLING 400 .2. RADIATIVE COOLING 401 .3. COOLING TIMES FOR UNIFORM
CLOUDS 402 .4. DERIVATION OF A GALAXY LUMINOSITY FUNCTION 404 .5.
COOLING IN AN ISOTHERMAL HALO 407 .6. DISK GALAXY FORMATION 408 .7.
MERGERS, DISK DISRUPTION, AND ELLIPTICAL FORMATION 410 4.2. GALAXY
FORMATION THROUGH HIERARCHICAL CLUSTERING 411 4.2.1. THE DARK MATTER 412
4.2.2. SUPPLY OF COLD GAS - 413 4.2.3. FEEDBACK AND STAR FORMATION 414
4.2.4. SYNTHESIZING A MODEL 415 4.2.5. THE HALO ABUNDANCE IN FI = 1 CDM
416 4.2.6. MONTE CARLO MODELS FOR GALAXY FORMATION 418 5. SMOOTHED
PARTICLE HYDRODYNAMICS (SPH) 421 REFERENCES 429 COURSE 9. FAINT GALAXIES
AND DARK MATTER, BY J.A. TYSON 431 1. INTRODUCTION 435 2. FAINT SURFACE
BRIGHTNESS SURVEYS 435 2.1. CCD SURVEYS 436 2.2. COLORS OF FAINT
GALAXIES 437 3. THE NATURE OF THE FAINT BLUE GALAXIES 438 3.1. OBSERVED
REDSHIFT DISTRIBUTION 440 3.2. SIZES OF FAINT GALAXIES 441 3.3.
COSMOLOGY FROM FBG NUMBER COUNTS? 443 3.4. ARE EVOLUTION MODELS UNIQUE?
443 4. MAPPING DARK MATTER WITH FBGS 444, 4.1. GRAVITATIONAL
LIGHT-BENDING: DISPLACEMENTS AND DISTORTIONS 444 4.2. MASS IN GALAXY
CLUSTERS 446 4.3. THE INVERSE PROBLEM: MASS FROM IMAGE DISTORTION 447
4.4. PROSPECTING FOR DARK LENSES 451 REFERENCES 452 COURSE 10. RESULTS
FROM THE COSMIC BACKGROUND EXPLORER, BY G.F. SMOOT 455 1. INTRODUCTION
459 2. DMR AND CMB ANISOTROPY 460 XXXII CONTENTS 3. CMB FLUCTUATION
POWER SPECTRUM 461 4. FIRAS AND CMB SPECTRUM OBSERVATIONS 463 5. DIRBE
AND THE COSMIC INFRARED BACKGROUND 465 6. COBE DATA PRODUCTS RELEASE 466
7. DISCUSSION AND SUMMARY 466 REFERENCES 467 COURSE 11. THEORY AND
OBSERVATIONS OF THE COSMIC BACKGROUND RADIATION, BYJ.R. BOND 469 1.
INTRODUCTION AND BASIC PROPERTIES 475 2. SPECTRAL OBSERVATIONS AND
CONSTRAINTS 479 3. SPECTRAL DISTORTION THEORY 483 3.1. RADIATIVE
TRANSPORT IN THE EXPANDING UNIVERSE 483 3.2. SOURCE FUNCTIONS FOR
SPECTRAL DISTORTIONS 487 3.2.1. COMPTON SCATTERING AND THE KOMPANEETS
SOURCE TERM 487 3.2.2. BREMSSTRAHLUNG 490 3.2.3. DOUBLE COMPTON
SCATTERING 492 3.2.4. RAYLEIGH SCATTERING 492 0 3.2.5. LINE RADIATION
493 3.2.6. SYNCHROTRON 493 3.2.7. DUST GRAINS 493 3.3. THE COSMIC
PHOTOSPHERE AND BOSE*EINSTEIN DISTORTIONS 497 3.4. RECOMBINATION AND
PHOTON DECOUPLING 499 3.4.1. HYDROGEN AND HELIUM RECOMBINATION 499
3.4.2. VISIBILITY AND DECOUPLING 504 3.5. REIONIZATION OF THE UNIVERSE
505 3.6. POST-RECOMBINATION ENERGY SOURCES 507 4. PHENOMENOLOGY OF CMB
ANISOTROPY 512 4.1. STATISTICAL MEASURES OF THE RADIATION PATTERN: C(9),
CE,... 513 4.2. EXPERIMENTAL ARRANGEMENTS AND THEIR FILTERS 516 4.2.1.
PIXEL-PIXEL CORRELATION FILTERS 516 4.2.2. BEAMS AND DMR AND FIRS 519
4.2.3. 2-BEAMS, 3-BEAMS, OSCILLATING BEAMS,... 520 4.3. PRIMARY POWER
SPECTRA FOR INFLATION-BASED THEORIES 522 4.4. 2D SPECTRA WITH TILT AND A
GAUSSIAN COHERENCE ANGLE 526 4.5. EXPERIMENTAL BAND-POWERS: PAST AND
PRESENT 527 4.6. MEASURING COSMOLOGICAL PARAMETERS WITH THE CMB 535 5.
PRIMARY AND SECONDARY SOURCES OF ANISOTROPY 546 5.1. ANGULAR POWER
SPECTRA FROM 3D RANDOM SOURCE-FIELDS 547 5.1.1. SIMPLE SAMPLE SOURCES
548 5.1.2. ANGULAR POWER SPECTRA FOR SIMPLE SAMPLE SOURCES 549 5.1.3.
PRODUCTS OF BESSEL FUNCTIONS 551 XXXIII CONTENTS 5.1.4. FOURIER
DERIVATION OF THE SIMPLE SAMPLE SPECTRA AT HIGH 553 5.1.5. NARROW AND
BROAD VISIBILITIES 554 5.1.6. POWER-LAW SPECTRA WITH COHERENCE SCALES IN
3D AND 2D 555 5.2. THE PRIMARY PRIMARY ANISOTROPY EFFECTS 556 5.2.1.
SACHS-WOLFE, PHOTON-BUNCHING AND DOPPLER SOURCES 557 5.2.2. LONGITUDINAL
AND SYNCHRONOUS PICTURES OF THE SACHS*WOLFE EFFECT 558 5.2.3.
DIFFERENTIAL POWER SPECTRUM AND FORM FACTORS 558 5.2.4. DAMPING , 560
5.2.5. EARLY REIONIZATION FORM FACTORS 561 5.2.6. THE ISOCURVATURE
EFFECT ON LOW MULTIPOLES 561 5.3. SECONDARY ANISOTROPIES 562 5.3.1.
SAMPLE SECONDARY ANISOTROPY POWER SPECTRA 563 5.3.2. ANISOTROPY POWER
FROM DUSTY PRIMEVAL GALAXIES 564 5.3.3. SZ AND NONLINEAR THOMSON
SCATTERING FROM CLUSTERS 566 5.3.4. SINGLE-CLUSTER OBSERVATIONS OF THE
SZ EFFECT 567 5.3.5. THE MAXIMUM ENTROPY NATURE OF GAUSSIAN ANISOTROPIES
571 5.3.6. QUADRATIC NONLINEARITIES IN THOMSON SCATTERING 571 5.3.7. THE
INFLUENCE OF WEAK GRAVITATIONAL LENSING ON THE CMB 574 6. PERTURBATION
THEORY OF PRIMARY ANISOTROPIES 575 6.1. OVERVIEW OF FLUCTUATION
FORMALISM 575 6.2. PERTURBED EINSTEIN EQUATIONS 577 6.2.1.
TIME-HYPERSURFACE AND GAUGE FREEDOM 577 6.2.2. SCALAR MODE EINSTEIN
EQUATIONS 579 6.2.3. USEFUL GAUGE INVARIANT COMBINATIONS FOR SCALAR
MODES 581 6.2.4. LONGITUDINAL AND SYNCHRONOUS GAUGES 583 6.2.5. TENSOR
MODE METRIC EQUATIONS 584 6.3. CONNECTION WITH PRIMORDIAL POST-INFLATION
POWER SPECTRA 586 6.4. RELATING SCALAR AND TENSOR POWER MEASURES TO THE
DMR BAND-POWER 589 6.5. THE BOLTZMANN TRANSPORT EQUATION 591 6.5.1.
SCALAR MODE TRANSFER EQUATIONS 592 6.5.2. TENSOR MODE TRANSFER EQUATIONS
603 7. CONNECTION WITH OTHER COSMIC PROBES OF FC-SPACE 605 . 7.1.
DENSITY POWER SPECTRA AND CHARACTERISTIC SCALES 605 7.2. THE OBSERVABLE
RANGE IN FC-SPACE 608 7.3. RELATING THE CLUSTER-AMPLITUDE AS AND THE DMR
BAND-POWER 611 7.4. THE FUTURE 616 APPENDIX A. THE ADM FORMALISM AND
PERTURBATION THEORY * 617 A. 1. THE ADM EQUATIONS 618 A.2. SCALAR
PERTURBATIONS 623 A.3. TENSOR PERTURBATIONS 627 APPENDIX B. TRANSPORT
THEORY IN GENERAL RELATIVITY 627 B.I. THE DISTRIBUTION FUNCTION AND THE
BTE IN GR 627 B.2. NUMBER, ENERGY AND MOMENTUM CONSERVATION EQUATIONS
631 B.3. THE TRANSPORT OF EXTREMELY RELATIVISTIC PARTICLES 634 XXXIV
CONTENTS B.4. MOMENTUM SPACE GAUGE TRANSFORMATIONS 635 APPENDIX C.
POLARIZED TRANSPORT FOR THOMSON SCATTERING 638 C.I. THE POLARIZATION
MATRIX AND STOKES PARAMETERS 638 C.2. SCALAR PERTURBATION SOURCE TERMS
644 C.2.1. THOMSON SOURCE FUNCTIONS 644 C.2.2. THE MOMENT EQUATIONS FOR
PHOTONS 645 C.2.3. CDM AND BARYON TRANSPORT 646 C.2.4. THE TRANSPORT OF
MASSLESS NEUTRINOS 647 C.2.5. HOT AND WARM DARK MATTER TRANSPORT 648
C.3. NUMERICALLY USEFUL REGIMES FOR SCALAR PERTURBATIONS 651 C.3.1.
TIGHT-COUPLING, SHEAR VISCOSITY AND THERMAL DIFFUSION 651 C.3.2.
FREE-STREAMING 655 C.4. MODIFICATIONS WITH MEAN CURVATURE 657 C.5.
LENSING 659 C.6. TENSOR PERTURBATION SOURCE TERMS 662 REFERENCES 666
COURSE 12. NONBARYONIC DARK MATTER, BY B. SADOULET 675 1. INTRODUCTION
679 2. THE VALUE OF Q 681 2.1. DIRECT SUMMATION 681 , 2.2. DYNAMICAL
METHODS 682 2.3. GEOMETRY MEASUREMENTS 684 2.4. CONCLUSION: CURRENT
UNCERTAINTIES OF O 686 3. ASTROPHYSICAL EVIDENCE FOR NONBARYONIC DARK
MATTER 687 3.1. ASTROPHYSICAL CONSTRAINTS ON BARYONIC DARK MATTER 687
3.2. ASTROPHYSICAL CONSTRAINTS ON NONBARYONIC DARK MATTER 689 4.
NONBARYONIC DARK MATTER CANDIDATES 692 4.1. AXIONS . 692 4.2. NEUTRINOS
693 4.3. WEAKLY MASSIVE INTERACTIVE PARTICLES 694 4.4. A
MULTI-COMPONENT DARK MATTER? 695 5. DIRECT SEARCHES FOR WIMPS 695 5.1.
THE CHALLENGES OF THE DETECTION OF WIMPS 696 5.2. REDUCTION OF THE
RADIOACTIVE BACKGROUND 698 5.3. CURRENT STRATEGIES IN SEARCHES FOR WIMPS
701 5.3.1. GERMANIUM DETECTORS 701 5.3.2. LARGE MASS SCINTILLATORS 702
5.3.3. MICA 702 5.3.4. LOW-PRESSURE TIME PROJECTION CHAMBERS 703 5.3.5.
CRYOGENIC DETECTORS 703 5.4. THE CENTER FOR PARTICLE ASTROPHYSICS
CRYOGENIC SEARCH 705 XXXV CONTENTS 6. INDIRECT DETECTION OF WIMPS 707 7.
CONCLUSION 709 REFERENCES 710 COURSE 13. THE VERY EARLY UNIVERSE AND
PARTICLE PHYSICS, BY J.ELLIS 715 1. INTRODUCTION TO EARLY COSMOLOGY
AND THE STANDARD MODEL 719 1.1. THE FIRST SECOND * A GENERAL OVERVIEW
719 1.2. INGREDIENTS IN THE STANDARD MODEL 725 1.3. FIELD THEORY PRIMER
726 1.4. HOW TO MAKE A MODEL AND WIN A PRIZE 730 2. TESTING THE STANDARD
MODEL 730 2.1. SETTING UP THE ELECTROWEAK THEORY 730 2.2. THE Z PEAK IN
E+E~ ANNIHILATION 734 2.3. QUANTUM CORRECTIONS 737 2.4. ELECTROWEAK
SYMMETRY BREAKING 743 3. THE QUARK*HADRON PHASE TRANSITION AND BIG BANG
NUCLEOSYNTHESIS 743 3.1. THE STRONG INTERACTIONS 743 3.2. GENERAL
DESCRIPTION OF PHASE TRANSITIONS, 748 3.3. MODELLING THE QCD PHASE
TRANSITION 750 3.4. STANDARD BIG BANG NUCLEOSYNTHESIS 754 3.4.1. 4 HE
754 3.4.2. D + 3 HE 756 3.4.3. 7 LI 756 3.4.4. BE + B 756 3.5.
INHOMOGENEOUS BIG BANG NUCLEOSYNTHESIS 757 4. THE ELECTROWEAK PHASE
TRANSITION AND BARYOGENESIS 759 4.1. FINITE-TEMPERATURE FIELD THEORY 759
4.2. MODELLING THE ELECTROWEAK PHASE TRANSITION 764 4.3. SPHALERONS 767
4.4. ELECTROWEAK SCENARIOS FOR BARYOGENESIS 770 5. SUPERSYMMETRY 773
5.1. WHY SUPERSYMMETRY? 773 5.2. THE NATURALNESS/HIERARCHY PROBLEM 774
5.3. WHAT IS SUPERSYMMETRY? 778 5.4. MODEL-BUILDING 780 5.5. THE
LIGHTEST SUPERSYMMETRIC PARTICLE 785 6. GRAND UNIFICATION 787 6.1.
STRATEGY FOR GRAND UNIFICATION 787 6.2. SIMPLE GUT MODELS 793 6.3.
BARYON DECAY 797 6.4. NEUTRINO MASSES, MIXING AND OSCILLATIONS 799 XXXVI
CONTENTS 1. INFLATION 805 7.1. THE PSYCHOLOGY OF INFLATION 805 7.2. SOME
INFLATIONARY MODELS 809 7.3. INFLATIONARY PERTURBATIONS 812 7.4.
MEASURING THE INFLATON POTENTIAL 815 8. PARTICLE DARK MATTER CANDIDATES
818 8.1. MOTIVATIONS 818 8.2. AXIONS 819 8.3. MASSIVE NEUTRINOS 825 8.4.
LIGHTEST SUPERSYMMETRIC PARTICLE 830 8.4.1. SNEUTRINO 830 8.4.2.
GRAVITINOG 831 8.4.3. NEUTRALINOX 831 9. SEARCHES FOR DARK MATTER
PARTICLES 833 9.1. ANNIHILATIONS IN THE GALACTIC HALO 833 9.2.
ANNIHILATIONS IN THE SUN OR EARTH 835 9.3. DARK MATTER SEARCHES IN THE
LABORATORY 839 10. SOME STRINGY THINGS 849 10.1. MOTIVATIONS 849 10.2.
BASIC PRINCIPLES 852 10.3. THE SUPERSYMMETRIC FLIPPED 517(5) GUT 855
10.4. PROBLEMS OF QUANTUM GRAVITY 858 REFERENCES 863 SEMINAR 1. X-RAY
ASTRONOMY AND ROSAT OBSERVATIONS OF CLUSTERS OF GALAXIES, BY M. PIERRE
871 1. INTRODUCTION 873 2. THE ROSAT OBSERVATORY 874 2.1. THE PROJECT
874 2.2. THE SCIENTIFIC PAYLOAD ; 875 3. X-RAY EMISSION MECHANISMS 876
4. APPLICATIONS OF X-RAY OBSERVATIONS OF CLUSTERS TO COSMOLOGY 878 5.
X-RAY MASS DETERMINATION OF CLUSTERS OF GALAXIES 881 6. CLUSTER
DETECTION AND IDENTIFICATION IN THE ROSAT SURVEY 884 6.1. CLUSTERS IN
THE SURVEY 884 6.2. OPTICAL IDENTIFICATIONS 885 7. CONCLUSIONS AND
FUTURE PROSPECTS 886 REFERENCES 887 XXXVLL CONTENTS SEMINAR 2. MAPPING
THE GALAXY DISTRIBUTION, BY L.N. DA COSTA 891 1. INTRODUCTION 893 2. THE
NEARBY UNIVERSE 893 3. CONCLUSIONS 896 REFERENCES 896 SEMINAR 3.
CLUSTERING IN THE UNIVERSE, BY R. SCHAEFFER 899 1. INTRODUCTION 901 2.
THE VOID PROBABILITY 902 3. COUNTS IN CELLS 905 4. THE MASS FUNCTION 907
5. HIERARCHICAL CLUSTERING 910 6. CONCLUSIONS 910 REFERENCES 912 SEMINAR
4. FAINT GALAXIES: OBSERVATIONS AND INTERPRETATIONS, BYB.A. PETERSON 913
1. INTRODUCTION 915 2. MODELS OF GALAXY LUMINOSITY EVOLUTION 917 3.
ANGULAR CORRELATIONS 917 4. SELECTION EFFECTS AND THE REDSHIFT
DISTRIBUTION 919 5. NUMBER COUNTS 919 6. MERGING 920 7. CONCLUSIONS 920
REFERENCES 921 SEMINAR 5. SOLAR NEUTRINOS, BY M. SPIRO AND TH.
STOLARCZYK 923 1. INTRODUCTION 925 2. ARE THE PREDICTIONS RIGHT? 927
2.1. I/S B FLUX 927 2.2. UI BE FLUX 927 3. CONSISTENT PREDICTIONS FOR
GALLIUM EXPERIMENTS 928 4. RESULTS OF THE GALLIUM EXPERIMENTS 929 4.1.
SAGE 929 4.2. GALLEX 929 5. INTERPRETATIONS 930 REFERENCES 934 XXXVIII
CONTENTS SEMINAR 6. EXPERIMENTAL AND ASTROPHYSICAL STATUS OF NEUTRINO
MASSES, BY G. RAFFELT 935 1. INTRODUCTION 937 2. DIRECT BOUNDS 937 2.1.
TRITIUM BETA DECAY 937 2.2. MU AND TAU NEUTRINOS 938 2.3. SUPERNOVA
NEUTRINOS 939 3. INDIRECT SEARCHES 939 3.1. OSCILLATION EXPERIMENTS 939
3.2. SOLAR NEUTRINOS 940 3.3. ATMOSPHERIC NEUTRINOS 941 3.4. R-PROCESS
IN SUPERNOVAE 941 3.5. NEUTRINOLESS DOUBLE BETA DECAY 942 4. SUMMARY 942
REFERENCES 943 SEMINAR 7. EROS, BY E. AUBOURG ET AL. 945 REFERENCES 950
0 SEMINAR 8. THE EARLY NUCLEOSYNTHESIS: COMMENTS ON THE PRESENT
SITUATION, BY J. AUDOUZE 953 1. INTRODUCTION 955 2. THE GLORY OF THE
STANDARD MODEL 955 3. TO SUM UP ... 957 4. NOTE ADDED IN PROOF 957
REFERENCES 958 SEMINAR 9. GAUGE TRIPLET NEUTRINOS AS THE MISSING MASS,
BYP.SALATI 959 1. INTRODUCTION 961 2. HEAVY NEUTRINOS AS GAUGE TRIPLETS
961 3. COSMOLOGICAL BEHAVIOUR 963 4. DISCUSSION AND PROSPECTS 966
REFERENCES 968 XXXIX
|
| any_adam_object | 1 |
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| dewey-ones | 523 - Specific celestial bodies and phenomena |
| dewey-raw | 523.1 |
| dewey-search | 523.1 |
| dewey-sort | 3523.1 |
| dewey-tens | 520 - Astronomy and allied sciences |
| discipline | Physik |
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| genre_facet | Konferenzschrift 1993 Les Houches |
| id | DE-604.BV011204713 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T18:05:45Z |
| institution | BVB |
| isbn | 0444823352 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-007515464 |
| oclc_num | 35172631 |
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| physical | XXXIX, 968 Seiten Illustrationen, graphische Darstellungen |
| publishDate | 1996 |
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| series | École d'Été de Physique Théorique <LesHouches>: Session |
| series2 | École d'Été de Physique Théorique <LesHouches>: Session |
| spelling | Cosmologie et structure à grande échelle = Cosmology and large scale structure [Ecole d'été de physique théorique], Les Houches, Session LX, 1-28 août 1993 ; UJFG [Université Joseph Fourier de Grenoble] ; NATO-ASI [NATO Advanced Study Institute] ; [Institut national polytechnique de Grenoble]. Édité par Richard Schaeffer, Joseph Silk, Michel Spiro et Jean Zinn-Justin Cosmology and large scale structure Amsterdam [u.a.] Elsevier 1996 XXXIX, 968 Seiten Illustrationen, graphische Darstellungen txt rdacontent n rdamedia nc rdacarrier École d'Été de Physique Théorique <LesHouches>: Session 60 Beitr. engl. Kosmologie gtt Astrophysics Congresses Cosmology Congresses Large scale structure (Astronomy) Congresses Astrophysik (DE-588)4003326-0 gnd rswk-swf Kosmologie (DE-588)4114294-9 gnd rswk-swf (DE-588)1071861417 Konferenzschrift 1993 Les Houches gnd-content Astrophysik (DE-588)4003326-0 s DE-604 Kosmologie (DE-588)4114294-9 s Schaeffer, Richard 19XX- (DE-588)1262281776 edt Silk, Joseph 1942- (DE-588)120981556 edt Spiro, Michel 1946- (DE-588)126228189X edt Zinn-Justin, Jean 1943- (DE-588)1048643522 edt École d'Été de Physique Théorique <LesHouches>: Session 60 (DE-604)BV000022608 60 GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007515464&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Cosmologie et structure à grande échelle = Cosmology and large scale structure École d'Été de Physique Théorique <LesHouches>: Session Kosmologie gtt Astrophysics Congresses Cosmology Congresses Large scale structure (Astronomy) Congresses Astrophysik (DE-588)4003326-0 gnd Kosmologie (DE-588)4114294-9 gnd |
| subject_GND | (DE-588)4003326-0 (DE-588)4114294-9 (DE-588)1071861417 |
| title | Cosmologie et structure à grande échelle = Cosmology and large scale structure |
| title_alt | Cosmology and large scale structure |
| title_auth | Cosmologie et structure à grande échelle = Cosmology and large scale structure |
| title_exact_search | Cosmologie et structure à grande échelle = Cosmology and large scale structure |
| title_full | Cosmologie et structure à grande échelle = Cosmology and large scale structure [Ecole d'été de physique théorique], Les Houches, Session LX, 1-28 août 1993 ; UJFG [Université Joseph Fourier de Grenoble] ; NATO-ASI [NATO Advanced Study Institute] ; [Institut national polytechnique de Grenoble]. Édité par Richard Schaeffer, Joseph Silk, Michel Spiro et Jean Zinn-Justin |
| title_fullStr | Cosmologie et structure à grande échelle = Cosmology and large scale structure [Ecole d'été de physique théorique], Les Houches, Session LX, 1-28 août 1993 ; UJFG [Université Joseph Fourier de Grenoble] ; NATO-ASI [NATO Advanced Study Institute] ; [Institut national polytechnique de Grenoble]. Édité par Richard Schaeffer, Joseph Silk, Michel Spiro et Jean Zinn-Justin |
| title_full_unstemmed | Cosmologie et structure à grande échelle = Cosmology and large scale structure [Ecole d'été de physique théorique], Les Houches, Session LX, 1-28 août 1993 ; UJFG [Université Joseph Fourier de Grenoble] ; NATO-ASI [NATO Advanced Study Institute] ; [Institut national polytechnique de Grenoble]. Édité par Richard Schaeffer, Joseph Silk, Michel Spiro et Jean Zinn-Justin |
| title_short | Cosmologie et structure à grande échelle |
| title_sort | cosmologie et structure a grande echelle cosmology and large scale structure |
| title_sub | = Cosmology and large scale structure |
| topic | Kosmologie gtt Astrophysics Congresses Cosmology Congresses Large scale structure (Astronomy) Congresses Astrophysik (DE-588)4003326-0 gnd Kosmologie (DE-588)4114294-9 gnd |
| topic_facet | Kosmologie Astrophysics Congresses Cosmology Congresses Large scale structure (Astronomy) Congresses Astrophysik Konferenzschrift 1993 Les Houches |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007515464&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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