Sub ject Index
, 689 a meson, 563
0
, 775 a meson, two-photon width, 565
M 0
{ plane, 724
accelerating waveguides, 809
M
, 775 accelerators, future, 798, 806, 816
(QED coupling), 168, 369, 402 acoustic p eak in CMB anisotrophy sp ec-
(QCD coupling), 167, 368, 484, 486, trum, 773
s
621, 623, 625 active galactic nuclei, 744, 749
, in hard di raction, 496 aerogel Cherenkov detector, 17
0
=, 104, 120, 126, 128, 132, 147, 178, AGASA, 747, 756
197, 198, 449, 855
age of the universe, 727
0
= theoretical predictions, 128
air shower detectors, 752, 756
, 178{180, 182, 186
ALEPH, 58, 59, 61, 70, 84, 98, 165{
K
! meson, 569
167, 307, 314, 320, 323, 355,
0 0
! meson, decay to , 567 360, 420, 423, 424, 429, 433,
435, 542, 583 MS renormalization scheme, 398, 401,
404, 634
Alpha Magnetic Sp ectrometer, 755
0
meson, decay to , 565
Alternating GradientSynchrotron (AGS),
0
142, 391 meson, decay to , 562
+
AMANDA, 758 meson, decay to , 563
0 0
Ambrosanio, S., 801 meson, decay to , 562
meson, decay to a , 558, 562
anomalous ionization tracks, 448
0
anomalous magnetic moment, 168 meson, decay to f , 558, 562
0
0 0
anomaly mediated sup ersymmetry break- meson, decay to , 567
ing, 447 parameter, 401
8
ANTARES, 758 B sp ectrum, 291
Arkani-Hamed, N., 789 e scattering, 539
+
ASSET, 811 e e ! K K , 374
S L
+ +
asymmetric B -factories, 12, 22, 855 e e ! , 375
+ +
asymptotic freedom, 167 e e ! ! , 375
+ +
e e ! , 375
ATF damping ring, 813
+ + +
e e ! , 373
ATLAS, 868
+ + 0
atmospheric Cherenkov telescop es, 752 e e ! , 568
+ + 0 0
atmospheric neutrinos, 201, 285, 698, e e ! ,373
2 ! 4tree amplitudes, 635
861
2-lo op virtual correction, 636
atmospheric neutrinos, avor ratio, 231
atmospheric neutrinos, zenith angle dis- 3-lo op, 634
tribution, 233, 236, 238 4-lo op order, 634
Auger Pro ject, 756, 871 4-quark mo del (q qqq ), 558, 565 917
b eam-driven plasma accelerators, 833 axial charge, 532
BELLE, 15 axions, 697
BEPC, 371
B Lifetime Working Group, 84
Bepp o/SAX satellite, 742
B meson, 657
BES, 378, 388
0
B meson, decay to K , 67
BES II, 371
+
B meson, decay to ! , 67
BFKL equation, 495, 611, 642
B meson, decay to =` , 61
Bjorken sum rule, 531
+
B meson, decay to , 63
blackholeentropy, 846
0 +
B meson, decay to h , 65
black holes, 696, 845
B meson, decay to D ` ,59
Blair, G., 801
+ 0
B meson, decay to h , 64
blazar, 744, 745
0
B meson, decay to J= K , 97
Bo omerang, 770
S
0
B meson, decay to J= K , 43
Bo oNE, 265, 266, 281
S
+
B meson, decay to K=K , 71
Borexino, 211, 223, 864
B meson, decay to K, 98
Bose-Einstein correlations, 360, 597
0 +
B meson, decay to K h ,64
b ottom hadrons, lifetimes, 84
B meson, decay to K , 63
b ottom quark, decay to s ,62
B meson, decay to PV , 66
b ottom quark, fragmentation function,
B meson, decay to X ,70
593 s
+
B meson, decay to , 98
b ottom quark, Higgs-strahlung, 432
B meson, hadropro duction, 619
b ottom quark, mass, 641
B meson, mixing, 44, 90{92, 175, 176,
b ottom quark, Z asymmetry, 406
181, 184, 188, 194, 657
box diagrams, 86, 145
B meson, mixing, 49, 93, 182
s
brane theory, 876
B meson, oscillation amplitude, 93
s
Budker Institute, 388
B-factories, 3, 12, 22, 35, 449, 657
C parameter, 637 b-tagging, 430
C-band klystron, 811 BaBar detector, 25
Cabibb o-Kobayashi-Maskawa, 284 BAIKAL, 758
CANGAROO, 752 Baksan-USC-PNL, 702, 707
Carena, M., 800 ballo on-b orne sp ectrometer, 251
CAT, 752 Barger, V., 803
CCD detectors, 733, 742 baryogenesis, 183{185, 194, 196, 410,
442, 456
CDF, 43, 71, 84, 98, 335{343, 348, 349,
351, 419, 607, 608, 619 baryon X (2000), 571
CDF detector upgrade, 47 baryon density, 689
0
CDMS, 687, 704, 705 baryon yields, in Z decay, 584
CELESTE, 753 BATSE, 742
CERN SPS, 122 b eam crossing angle, 13
cesium dio dide calorimeter, 28 b eam instabilities, 12 918
CLIC, 788, 806, 819 CESR, 4
clover quark action, 663 charged current cross section, 344, 479
charged current scattering, 477
cluster mo del, 580
charged Higgs b oson, 434
CMB anisotropy sp ectrum, 765, 767
charged lepton asymmetry, 341
CMB p olarization, 772
charged massive particles, 696
CMD-2, 372, 376, 559, 562, 563
chargino, 420
CMS, 868
charm quark, multiplicity in B decay,
COBE, 690
58
color reconnection, 360, 367
charm quark, photopro duction, 548
Compton Gamma Ray Observatory,742
charm quark, structure function, 482,
con nement, 658
485
continuum limit, 658
charmless two-b o dy B decays, 62
cosmic microwavebackground, 690, 727,
Cherenkov detector, 25, 32, 231
746, 765, 871
Cherenkov telescop es, 753
cosmic rays, 741
chiral p erturbation theory, 664
cosmic rays, atmospheric ux, 251
CHOOZ, 243, 249, 285, 862
cosmic rays, energy sp ectrum, 229, 251,
CHORUS, 267{269, 271, 281
747
CKM exp eriment, 150
cosmic rays, extremely high energy, 746
CKM matrix, 98
cosmic strings, 750
CKM matrix V ,176
cosmological constant, 727, 844
CKM
CKM matrix V , 176{180, 182, 184{
cosmological parameters, 770
CKM
188, 190, 194, 197
CP violation, 3, 12, 20, 35, 43, 96, 104,
CKM matrix V , 53, 72, 145, 357,
120, 132, 177{179, 183{185, 187,
CKM
657
188, 191, 195, 196, 657, 855
CKM parameter ,153
CP violation parameter sin 2 , 48
CKM parameter V , 58, 176, 180{182,
CP violation parameter sin 2 , 43, 45,
cb
187, 189, 191, 192, 194
98
CKM parameter V , 357
CP-PACS, 658
cs
CKM parameter V , 145, 149
CPT violation, 132
td
CKM parameter V ,145,149
crab cavity, 13
ts
CKM parameter V , 60, 176{178, 181,
Crab Nebula, 744, 748
ub
182, 187, 190{194, 196
CRESST, 704
CKM parameter V ,90
cryogenic WIMP detector, 703
td
CKM unitarity,90
CsI calorimeter, 5, 18, 105
Cl-Ar Exp eriment, 287
cumulative instability,810
CLEO, 59, 61, 63, 65, 69, 70, 72, 73,
current fragmentation in DIS, 593
89, 98, 165, 166
curvature of space, 728, 766
CLEO II, 54
cylindrical drift chamber, 137
CLEO I I.V, 54
D meson lifetimes, 80 CLEO III, 5 919
DONUT, 164, 244 D meson mixing, 88
double b eta decay, 297 D meson, semi-leptonic decays, 74
D-branes, 843
double p omeron exchange, 627
D0, 71, 607, 608, 619
doubly Cabibb o-suppressed decay, 88
D0 detector upgrade, 46
Dvali, G., 789
DANE, 133, 371
DW quark action, 663
DAMA, 687, 702
dynamic fo cusing, 820
DAMA mo dulation signal, 702, 705
E150, 834
dark energy, 734, 775
E154, 523
dark matter, 687
E155, 523
dark matter, at large scales, 688
E155x, 533
dark matter, baryonic, 687, 691
E157, 834
dark matter, in galaxies, 687
E687, 74
dark matter, in galaxy clusters, 688,
E706, 616
690
E731, 128
dark matter, non-baryonic, 687, 690
E776, 285
Davis, R., 857
E787, 146, 149
decay constants, 657
E791, 74, 82, 89
deep inelastic scattering, 467, 473
E821, 390
deeply virtual Compton scattering, 512,
E865, 141, 143
647
E866, 481
DELPHI, 57{59, 61, 307, 314, 320, 323,
E871, 141, 147
355, 360, 423, 429, 433, 435,
E926, 151
583, 587, 590, 597
E949, 150
density of the universe, , 774
earth core, 229, 249
DGLAP parton evolution, 579, 636, 643
earth mantle, 229, 250
di ractive parton distributions, 499
east-west anisotropy, 251
di ractive parton densities, 501
EDELWEISS, 704
di ractive scattering, 496
e ective eld theory, 175
di ractive structure function, 497
e ective Hamiltonian, 160
dijet cross section, 613
EGRET, 752
dijet pro duction, 608
electron-p ositron linear collider, 869
dimensional regularization, 634
electroweak p enguin decay, 62
Dimop oulos, S., 789
electroweak symmetry breaking, 335
DIRBE, 696
Ellis-Ja e sum rule, 532
direct CP violation, 64, 97, 104, 120,
EROS, 694
140
event shap e variables, 637 direct observation of , 164
excited W b osons, 409
direct photon pro duction, 613
exclusive B decays, 647 direct pro cesses (in collisions), 539
exotic fermions, 417 DLDS, 812 920
Generalized Vector Meson Dominance, external W-emission, 63
471 external electroweak p enguin, 63
extra spatial dimensions, 428, 450, 789
GENIUS, 702
geomagnetic cuto , 229, 251
f meson coupling, 563
0
germanium WIMP detector, 701
f meson mass, 563
0
GF11, 658
f meson width, 563
0
GLAST, 754, 871
Feldman-Cousins metho d, 241
gluon, 657
Fermi coupling constant, 157
gluon jets, 587
Fermi-Dirac anticorrelation, 597
gluon jets, multiplicity,592
fermion mass matrices, 442
gluon parton distribution, 484, 608
fermion-pair pro duction, 353
gluonic p enguin, 63
fermiophobic Higgs b oson, 434
Go o d, M. L., 495
b er tracker, 46
Grand Uni ed Theories, 409, 750
Final Fo cus Test Beam, 813
gravitational lens, 688
reball mo del of gamma ray bursts, 743
gravitino, 425
rst level trigger, 39
graviton, 428
rst momentof g , 528
1
graviton pro duction, 457
at universe, 773
gravity mediated sup ersymmetry break-
avor changing neutral currents, 407
ing, 444
avor changing neutrino interactions, 256
Greisen cuto , 746
avor symmetries, 455
Grib ov, V. N., 495
Fly's Eye, 747
gyromagnetic ratio, 386
FOCUS, 82
form factors, 657
H1, 344, 469, 473, 479, 483, 484, 546,
four fermion contact interactions, 416
552, 593, 613, 620
fragmentation, 577
+
hadron pro duction in e e , 368, 380
fragmentation function, 578
hadronization, 577
+
fragmentation in W W events, 599
hard di raction, 627, 644
hard di ractiveDIS, 645
galactic rotation, 688
Hawking radiation, 750
GALLEX, 205, 287, 857
heavy avor pro duction, 619
gamma ray astronomy,744
Heavy Quark E ective Theory, 55
gamma ray bursts, 742
heavy quark limit, 648
gamma ray telescop es, 752
heavy quark symmetry, 672
gamma-gamma collider, 820
heavy-light mesons, 657
gas electron multiplier (GEM), 37
HEGRA, 752
gauge mediated sup ersymmetry break-
Heidelb erg-Moscow group, 701
ing, 425, 445
Heisenb erg, W., 797
gauge-coupling uni cation, 455
helioseismology,202
Geer, S., 802
hep neutrinos, 290 general relativity,840 921
Jarlskog invariant, 146 HERA, 333, 417, 469
Je erson Lab oratory,472 HERA-B, 35
jet, 538, 607 HERMES, 475, 481, 523, 534
jet algorithm, 627 HERWIG, 580
jet cross section, 611, 613 HESS, 754
jet cross section at HERA, 544 Hidden Lo cal Symmetry, 377
jet masses, 637 hierarchy problem, 443
jet multiplicity,613 Higgs b oson, 329, 334, 428{430, 434,
jet source radii, 597 789, 795
jet-charge technique, 320 Higgs boson mass, 347, 360, 370, 403,
JETSET, 580 404, 406, 429
JLC, 806 Higgs elds, 177, 184
high Z sup ernova search, 715, 727
K meson, 657
higher order jet calculations, 635
+ + +
K meson, decay to e , 143
higher-mo de-free structures, 810
+ +
K meson, decay to , 146, 149
holography, 850
0 +
K meson, decay to , 147
Homestake Exp eriment, 204
0
K meson, decay to e , 141, 143
Homestake Mine Neutrino Detector, 857
0 0 +
K meson, decay to , 153
Horganism, 792
0 0
K meson, decayto , 145, 150, 151
Hubble constant, 770
0 0 +
K meson, decay to e e , 153
Hubble diagram, 715
0 +
K meson, decay to e e , 147
Hubble expansion parameter, 689
0
K meson, mixing, 657
Hubble Space Telescop e, 718
K2K, 249, 866
hyp er ne splitting, 658
KAMI, 151
IceCub e, 759 Kamiokande, 232, 242, 252, 857
IGEX, 702 KamLAND, 224, 293, 866
IMB, 232, 252 KARMEN, 262{265, 285
impact parameter trigger, 47 KEKB, 12
inclusive jet cross sections, 607 KLOE, 105, 129, 132, 134
indirect CP violation, 97, 104, 140 Koshiba, M., 857
indirect WIMP detection, 706 KS quark action, 663
in ation, 766 KTeV, 105, 128, 150, 855
in ationary parameters, 772
L/E , 236
in ationary universe mo del, 729
L3, 57, 307, 314, 320, 323, 355, 360,
infrared renormalon, 637
420, 429, 433, 435, 542, 583,
Ingelman, G., 495
597, 623
internal W-emission, 63
Large Magellanic Cloud, 694
inverse Compton scattering, 748
large scale structure, 690
ionization co oling, 825
laser-driven plasma accelerators, 830
lattice computations, 186, 193, 198 Jackson, J. D., 787 922
Milano, 703 lattice QCD, 178, 181, 196, 197, 657
mini-Bo oNE, 861 lead scintillator calorimeter, 134
Minimal Standard Mo del, 329 lead-scintillating b er calorimeter, 136
Minimal Sup ersymmetric Standard Mo d- LEP, 307, 419, 428, 458
el, 176, 184, 194, 196, 407
LEP Electroweak Working Group, 323,
MINOS, 249, 866 399
LEP2, 352, 417, 428, 620
missing-energy signature, 448
mixing matrix, 230 leptogenesis, 441
MNS Matrix, 284 lepton avor violation, 141, 163
mo di ed leading-logarithmic approxima- lepton forward-backward asymmetry, 353
tion, 579
lepton number violation, 163
mo dulators, 812
lepton universality, 160, 324, 325, 349
molecular mo del (K K ), 558
lepton-nucleon asymmetries, 522
mono jet, 425
lepto quarks, 417
Mrenna, S., 800
LHC, 443, 458, 868
MRS, 341
light hadron sp ectrum, 657
MSAM, 770, 778
liquid krypton calorimeter, 122
MSSM Higgs b oson masses, 431
liquid xenon WIMP detector, 706
MSSM parameter tan ,431
longitudinal structure function, 473, 475
MSW, 261, 279
Low, F. E., 495
MSW resonance, 249
low-energy sup ersymmetry, 442
multiparton interactions, 552
LSND, 262{266, 281, 285, 858
muon anomalous magnetic moment, 369,
Lund string mo del, 597
371, 386, 393, 410
M-theory, 841
muon collider, 788, 818, 821
MACRO, 231, 238, 239, 241, 242, 286,
707 NA31, 128
MAGIC, 753 NA48, 105, 120, 855
Main Injector, 45 naked singularities, 846
NEMO, 758
Mainz, 298
Ma jorana neutrino, 296, 440 NESTOR, 758
MAP, 872 neutral current, 344, 468
Mark II, 583 neutral current cross section, 477
Markarian 501, 744 neutral current scattering, 477
Massive Compact Halo Ob jects, 687, neutralino, 425, 750
690, 692, 694
neutrino, 283
MAT, 770
neutrino astronomy, 757
matter e ect, 244, 250
neutrino decay, 256
Michel parameters, 161, 163
neutrino factory, 802, 822
microlensing event, 693
neutrino mass, 164, 175, 176, 257, 441,
MILAGRO, 753 455, 697, 698 923
Nussinov, S., 495 neutrino mass matrix, 296
NuTeV, 333, 342
neutrino mixing, 257, 269, 277
2
neutrino oscillation parameter m , 242
on-shell renormalization scheme, 402,
2
neutrino oscillation parameter sin 2 ,
404
242, 441
OPAL, 57, 59, 84, 166, 167, 307, 314,
neutrino oscillations, 207, 229, 230, 234,
320, 323, 355, 360, 420, 424,
236, 237, 243, 252, 257, 258,
429, 433, 435, 540, 542, 583,
261, 270, 282, 284, 440, 858
587, 597, 623
neutrino oscillations, = , 251, 256
op erator pro duct expansion, 58, 84, 638
neutrino oscillations, ! , 268, 269,
OWL/Airwatch, 756
274
neutrino oscillations, ! , 234, 235,
Palo Verde, 285, 862
239, 241, 242, 244, 246, 257,
parton distribution functions, 341, 528
266, 270, 271, 275{278, 281, 282
parton-hadron duality, 472, 579
neutrino oscillations, ! , 234, 243,
e
Pauli interference, 83
246, 248, 249
p enguin diagrams, 98, 145
neutrino oscillations, ! , 244, 246,
s
p enguin p ollution, 64
247
PEP-I I, 22
neutrino oscillations, day/night e ect,
p erturbative QCD, 471, 633
209, 212
p erturbative QCD calculations, 633
neutrino oscillations, matter e ect, 208
Peterson function, 593
neutrino oscillations, one mass scale dom-
phonon WIMP detector, 703
inance, 248
photon QCD structure function, 542
neutrino oscillations, phenomenology,230
photon QED structure function, 540
neutrino oscillations, vacuum oscillation
photon remnant, 546
length, 230
photon, parton distribution functions,
neutrino scattering exp eriment, 473
546
neutrino-nucleon scattering, 342
photon, structure functions, 540
nitrogen uorescence, 752
photon-gluon fusion, 483
NLC, 788, 806, 818
photopro duction, 471
NLCTA, 813, 819
pion form factor, 165, 375
NNLO jet calculations, 635
Planck, 872
NNLO parton evolution, 636
Planck mass, 440
NOMAD, 267, 269{272, 277, 281
plasma channel, 832
non-Ab elian gauge theory, 843
p olarized gluon distribution function,
non-relativistic QCD, 641
528
non-Standard Mo del physics, 147
p olarized structure function, 528
nonrenormalizable op erators, 175
p olarized valence parton distributions,
NRQCD, 668
534
nucleosynthesis, 456, 690
p ole mass, 634
Pomeron, 495 number of light neutrinos, 325 924
Sand T parameters, 328, 408 Pomeron tra jectory, 498
Pontecorvo, B., 256
pS, 333 Sp
primordial antimatter, 755
S-band klystron, 811
primordial black holes, 750
SAGE, 205, 287, 857
proton structure function, 467
SBLC, 814
pseudoscalar coupling, 286
scaling b ehavior, 467
pulse shortening, 809
scaling violation, 467, 483, 590
Python, 770, 779
Schlein, P., 495
sea quark avor asymmetry, 480
QCD, 368, 468, 482, 528, 548, 607, 613,
second level trigger, 40
619, 632
see-saw mechanism, 296, 441
QCD b eta-function, 634
SELEX, 82, 571
QCD factorization, 499, 632, 644
semi-inclusive p olarization asymmetries,
QED, 387
534
QED tests, 353
semi-leptonic B decay puzzle, 55
quantum gravity, 840
Shashlik calorimeter, 38
quantum gravity scale, 428, 458
sho ck acceleration, 745, 749
quark distributions, 479
shrinkage, 498
quark mass, 657
silicon vertex detector, 7, 15, 25, 35, 46,
quark mass, renormalization factor, 662
47
quark-gluon scattering, 485
single-particle inclusive distribution, 578
quartic gauge couplings, 363
skewed parton distributions, 510
quenched approximation, 657
skewness, 593
quintessence, 734
SLC, 307
SLD, 84, 307, 314, 320, 593
R-parity, 420
sleptons, charged, 424
radiative corrections, 334
Sloan Digital Sky Survey, 871
radio-chemical exp eriments, 204
small x, 641
rapidity gap, 497
small x, unitarity e ects, 504
rare K decays, 145
Small Magellanic Cloud, 695
rare two-body Bdecays, 69
SMC, 523, 529, 534
recirculating linac, 828
SNAP, 734
recombination, 766
SND, 372, 375, 559, 562, 569
Regge phenomenology, 498
sneutrinos, 423
relic neutrinos, 301
SNO, 205, 211, 223, 293, 864
resistive plate chamers, 28
soft sup ersymmetry breaking, 443
resolved pro cesses (in collisions), 539
solar cosmic rays, 256
resonance dep olarization technique, 376
solar cycle, 251
rf pulse compression, 812
solar luminosity,202
ring imaging Cherenkov detector, 8, 38
2
solar neutrino energy sp ectrum, 210, 214
rise of F (x; Q ), 469
2
solar neutrino ux, 201, 287, 856 ROTSE, 742 925
synchrotron radiation, 19 solar neutrino problem, 201
Solar Neutrino Unit, 204
target fragmentation in DIS, 593
solitons, 843
tau decay, Lorentz structure, 160
Soudan 2, 231, 232, 236, 237, 242, 244,
tau hadronic width, 166
252, 255, 286
tau lepton, 157
sp ectator decay, 80
tau lepton p olarization, 310, 313
SPHINX, 570
tau lepton, decay to H , 165
spin dep endent structure functions, 521
,158 tau lepton, decay to l
l
spin puzzle, 521
tau lifetime, 158
STACEE, 753
tau neutrino, 164, 283
standard candle, 715
tau neutrino helicity,165
Standard Mo del, 353, 657, 840
tau neutrino mass, 164
standard solar mo dels, 202
tau p olarization, 160, 162, 163
stau, 426
technicolor mo dels, 409
sterile neutrinos, 244, 294
technicolor particles, 416
strange quark distribution, 481
temp erature map, 776
strange quark mass, 168, 169, 657
ten dimensional theory, 843
string hadronization, 580
TESLA, 788, 806
string theory, 791, 797, 841, 876
TESLA Test Accelerator, 814
strings, TeV, 789
TeV mass scale, 454
strong interaction, 538
Tevatron, 333, 417, 458
structure function F , 467
2
three jet cross section, 613
structure function g , 532
2
thrust, 637
SU(5) GUT, 441
time dilation, 724
Sup er-CANGAROO, 754
top, 621
Sup er-Kamiokande, 201, 205, 211, 215,
top quark mass, 335
223, 230{236, 238{242, 244, 246,
top ological defects, 750
247, 249, 251, 255, 256, 286,
transverse mass, 338
707, 740, 858, 861
triple gauge b oson vertices, 361
sup erconducting coil energy storage, 812
tritium, 298
sup erconducting solenoid, 46
Troitsk, 298
sup ernova, 687
Trotsky, L., 792
Sup ernova Cosmology Pro ject, 715, 873
twist-3 matrix element, 533
sup ernova redshift distribution, 720
two Higgs doublet mo dels, 434
sup ernova remnants, 748
typ e Ia sup ernova, 717, 873
sup erstring theory, 428
sup ersymmetry, 176, 184, 789, 843
u and d quark distributions, 344
sup ersymmetry, contribution to (g 2) ,
UCLA mo del, 580
389
underlying event, 338, 541, 542, 546
Sup erweak Mo del, 115
unitarity triangle, 91, 146, 180, 181,
183, 187, 190, 191, 194 SUSY GUTs, 407 926
2
weak mixing angle sin , 316, 326, universality, charged current, 159
W
342, 401, 405, 406
universality, neutral current, 159
Weinb erg, S., 793
Upsilon (4s) resonance, 28
Whipple Observatory, 752
upward-going muons, 239
wiggler magnets, 13
V A interaction, 162
Wilson quark action, 663
vacuum energy density, 733
Wilson, K., 793
vacuum p olarization, 168, 387
WIMP (Weakly Interacting MassivePar-
ticles), 687, 699 vector dominance mo del, 567
WIMP annihilation, 706
vector meson pro duction, 507
Wolfenstein parameters, 53, 72, 662
vector sp ectral function, 168
VEPP-2000, 570
X-band klystron, 811
VEPP-2M, 371, 372, 558
X-band technology, 818
VERITAS, 754
Very Massive Ob jects, 696
Z b oson, 175, 176, 307{312, 315{317,
Vip er, 770
319, 323, 330, 331
virtual photon structure, 549
Z b oson decay, meson yields, 583
VLEP, 807
Z b oson mass, 400
VLHC, 788, 818
Z b oson pair pro duction threshold, 363
Z b oson transverse momentum, 619
W ! e , 348
Z b oson, hadronic branching ratio, 317
W b oson, 175, 176, 178, 189, 352
Z b oson, coupling to f f , 308
W b oson branching fractions, 347, 356
Z b oson, forward-backward asymmetries,
W b oson magnetic and quadrup ole mo-
322
ments, 410
Z b oson, invisible width, 325
W b oson mass, 334, 338, 339, 341, 342,
Z b oson, left-right asymmetry A , 310,
LR
345, 357, 400, 405
315
W b oson pair pro duction, 354, 362
Z b oson, left-right forward-backward asym-
W b oson width,347,359
metries, 310, 316, 322
W b oson, decay to ` , 357
Z b oson, leptonic widths, 324
W b oson, longitudinal, 363, 366
Z b oson, peak cross section, 308
W b oson, pro duction with jets, 619
Z b oson, resonance parameters, 311
W exchange contribution, 83
Z b oson, unp olarized forward-backward
W-band structures, 819
asymmetries, 310
0
Wagner, C., 800
Z b osons, 409, 416
Walker, W. D., 495
zenith angle asymmetry, 234
walking technicolor, 409
ZEUS, 344, 469, 479, 482, 546, 552,
Ward-Takahashi identity, 660
593, 613, 620
water Cherenkov detector, 205
weak annihilation diagram, 83
weak matrix elements, 657 927