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