86 research outputs found
A determination of the pairing interaction in the high Tc cuprate superconductor Tl2Ba2CaCu2O8 (Tl2212)
- Author
- A. Piazzalunga
- A. Tagliaferri
- Bardeen
- Bogdanov
- C. Dallera
- Dallera
- Eliashberg
- G. Ghiringhelli
- Ghiringhelli
- Ghiringhelli
- Ginzburg
- Hoffman
- Holcomb
- Holcomb
- Holcomb
- Holcomb
- Holcomb
- L. Braicovich
- Lanzara
- Little
- Little
- Little
- Little
- Little
- Little
- M.J. Holcomb
- Matsui
- Mattis
- McMillan
- Molegraaf
- N.B. Brookes
- Nam
- Nam
- Scalapino
- Shaw
- Takahashi
- Tanaka
- W.A. Little
- Wollman
- Publication venue
- 'Elsevier BV'
- Publication date
- 26/08/2006
- Field of study
Full text linkWe have measured the near-normal reflectance of Tl2Ba2CaCu2O8 (Tl2212) for
energies from 0.1 to 4.0 eV at room temperature and used a Kramers-Kronig
analysis to find the complex, frequency dependent dielectric function, from
which the optical conductivity was determined. Using
Thermal-Difference-Reflectance (TDR) Spectroscopy the reflectance of the sample
in the normal state just above the superconducting transition, and in the
superconducting state were then obtained. From these data we determined the
ratio of the superconducting- to normal-state optical conductivities. Mattis
and Bardeen had calculated this function within the BCS theory, where the gap
is a fixed energy-independent quantity. Taking into account the retarded nature
of the electron-phonon coupling results in a complex, energy dependent gap
causing deviations from the Mattis-Bardeen plot at energies where the phonon
coupling function is large. We find a typical deviation near the phonon
energies in Tl2212, and in addition, at 1.2 and 1.7eV. The phonon, and these
electronic terms can each be described by a coupling constant. None of which by
itself gives rise to a high transition temperature, but the combination does.
Using Resonant Inelastic X-Ray Scattering (RIXS) we find that the d-to-d
excitations of the cuprate ion in Tl2212 fall at the same energies as the dips
in the Mattis-Bardeen plot. We conclude that the high superconducting
transition temperature of the cuprates is due to the sum of the phonon
interaction, and interactions with the Cu-ion d-shell.Comment: Preprint submitted to Physica C. Paper presented at M2S-HTSC-VIII,
Dresden, Germany, July 9-14,200
Observation of a Narrow Resonance of Mass 2.46 GeV/c^2 Decaying to D_s^*+ pi^0 and Confirmation of the D_sJ^* (2317) State
- Author
- Adam N.E. (N. E.)
- Alexander J.P. (J. P.)
- Anderson S. (S.)
- Arms K. (K.)
- Artuso M. (M.)
- Athar S.B. (S. B.)
- Avery P. (P.)
- Berkelman K. (K.)
- Besson D. (D.)
- Blusk S. (S.)
- Boisvert V. (V.)
- Bonvicini G. (G.)
- Bornheim A. (A.)
- Boulahouache C. (C.)
- Breva-Newell L. (L.)
- Briere R.A. (R. A.)
- Cassel D.G. (D. G.)
- Chen G.P. (G. P.)
- Cinabro D. (D.)
- Coan T.E. (T. E.)
- Cronin-Hennessy D. (D.)
- Csorna S.E. (S. E.)
- Dambasuren E. (E.)
- Danko I. (I.)
- Dorjkhaidav O. (O.)
- Duboscq J.E. (J. E.)
- Dubrovin M. (M.)
- Dytman S.A. (S. A.)
- Eckhart E. (E.)
- Ecklund K.M. (K. M.)
- Edwards K.W. (K. W.)
- Ehrlich R. (R.)
- Eisenstein B.I. (B. I.)
- Ferguson T. (T.)
- Frolov V.V. (V. V.)
- Galik R.S. (R. S.)
- Gan K.K. (K. K.)
- Gao Y.S. (Y. S.)
- Gibbons L. (L.)
- Gittelman B. (B.)
- Gollin G.D. (G. D.)
- Gong D.T. (D. T.)
- Gray S.W. (S. W.)
- Gwon C. (C.)
- Hartill D.L. (D. L.)
- Heltsley B.K. (B. K.)
- Hinson J.W. (J. W.)
- Hsu L. (L.)
- Huang G.S. (G. S.)
- Jones C.D. (C. D.)
- Kandaswamy J. (J.)
- Karliner I. (I.)
- Kreinick D.L. (D. L.)
- Kubota Y. (Y.)
- Lee J. (J.)
- Li S.Z. (S. Z.)
- Lipeles E. (E.)
- Liu F. (F.)
- Lowrey N. (N.)
- Magerkurth A. (A.)
- Mahlke-Krüger H. (H.)
- Mahmood A.H. (A. H.)
- McGee S. (S.)
- Metreveli Z. (Z.)
- Meyer T.O. (T. O.)
- Miller D.H. (D. H.)
- Mistry N.B. (N. B.)
- Mountain R. (R.)
- Mueller J.A. (J. A.)
- Muramatsu H. (H.)
- Nam S. (S.)
- Nandakumar R. (R.)
- Pappas S.P. (S. P.)
- Park C.S. (C. S.)
- Park W. (W.)
- Patterson J.R. (J. R.)
- Pavlunin V. (V.)
- Pedlar T.K. (T. K.)
- Peterson D. (D.)
- Pivarski J. (J.)
- Plager C. (C.)
- Poling R. (R.)
- Potlia V. (V.)
- Richichi S.J. (S. J.)
- Riley D. (D.)
- Sadoff A.J. (A. J.)
- Sanghi B. (B.)
- Savinov V. (V.)
- Schwarthoff H. (H.)
- Sedlack C. (C.)
- Selen M. (M.)
- Seth K.K. (K. K.)
- Severini H. (H.)
- Shapiro A. (A.)
- Shepherd M.R. (M. R.)
- Shibata E.I. (E. I.)
- Shipsey I.P.J. (I. P.J.)
- Skubic P. (P.)
- Skwarnicki T. (T.)
- Smith A. (A.)
- Stepaniak C.J. (C. J.)
- Stoeck H. (H.)
- Stone S. (S.)
- Stroynowski R. (R.)
- Sun W.M. (W. M.)
- Tatishvili G. (G.)
- Thaler J.J. (J. J.)
- Thayer J.B. (J. B.)
- Thayer J.G. (J. G.)
- Thorndike E.H. (E. H.)
- Tomaradze A. (A.)
- Urheim J. (J.)
- Urner D. (D.)
- Vogel H. (H.)
- von Toerne E. (E.)
- Wang J.C. (J. C.)
- Warburton A. (A.)
- Watkins M.E. (M. E.)
- Weinberger M. (M.)
- Weinstein A.J. (A. J.)
- Wilksen T. (T.)
- Williams J. (J.)
- Yelton J. (J.)
- Zweber P. (P.)
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2003
- Field of study
Full text linkUsing 13.5 inverse fb of e+e- annihilation data collected with the CLEO II
detector we have observed a narrow resonance in the Ds*+pi0 final state, with a
mass near 2.46 GeV. The search for such a state was motivated by the recent
discovery by the BaBar Collaboration of a narrow state at 2.32 GeV, the
DsJ*(2317)+ that decays to Ds+pi0. Reconstructing the Ds+pi0 and Ds*+pi0 final
states in CLEO data, we observe peaks in both of the corresponding
reconstructed mass difference distributions, dM(Dspi0)=M(Dspi0)-M(Ds) and
dM(Ds*pi0)=M(Ds*pi0)-M(Ds*), both of them at values near 350 MeV. We interpret
these peaks as signatures of two distinct states, the DsJ*(2317)+ plus a new
state, designated as the DsJ(2463)+. Because of the similar dM values, each of
these states represents a source of background for the other if photons are
lost, ignored or added. A quantitative accounting of these reflections confirms
that both states exist. We have measured the mean mass differences
= 350.0 +/- 1.2 [stat] +/- 1.0 [syst] MeV for the DsJ*(2317) state, and
= 351.2 +/- 1.7 [stat] +/- 1.0 [syst] MeV for the new DsJ(2463)+
state. We have also searched, but find no evidence, for decays of the two
states via the channels Ds*+gamma, Ds+gamma, and Ds+pi+pi-. The observations of
the two states at 2.32 and 2.46 GeV, in the Ds+pi0 and Ds*+pi0 decay channels
respectively, are consistent with their interpretations as (c anti-strange)
mesons with orbital angular momentum L=1, and spin-parities of 0+ and 1+.Comment: 16 pages postscript, also available through
http://w4.lns.cornell.edu/public/CLNS, version to be published in Physical
Review D; minor modifications and fixes to typographical errors, plus an
added section on production properties. The main results are unchanged; they
supersede those reported in hep-ex/030501
Measurement of the Charge Asymmetry in B→K∗(892)±π∓
- Author
- Adam N.E. (N. E.)
- Ahmed S. (S.)
- Alam M.S. (M. S.)
- Alexander J.P. (J. P.)
- Anderson S. (S.)
- Arms K. (K.)
- Artuso M. (M.)
- Athar S.B. (S. B.)
- Avery P. (P.)
- Berkelman K. (K.)
- Besson D. (D.)
- Blusk S. (S.)
- Boisvert V. (V.)
- Bonvicini G. (G.)
- Bornheim A. (A.)
- Boulahouache C. (C.)
- Breva-Newell L. (L.)
- Briere R.A. (R. A.)
- Cassel D.G. (D. G.)
- Chen G.P. (G. P.)
- Cinabro D. (D.)
- Coan T.E. (T. E.)
- Cronin-Hennessy D. (D.)
- Csorna S.E. (S. E.)
- Dambasuren E. (E.)
- Danko I. (I.)
- Dorjkhaidav O. (O.)
- Duboscq J.E. (J. E.)
- Dubrovin M. (M.)
- Dytman S.A. (S. A.)
- Eckhart E. (E.)
- Ecklund K.M. (K. M.)
- Edwards K.W. (Kenneth W.)
- Ehrlich R. (R.)
- Eisenstein B.I. (B. I.)
- Ernst J. (J.)
- Ferguson T. (T.)
- Frolov V.V. (V. V.)
- Galik R.S. (R. S.)
- Gan K.K. (K. K.)
- Gao Y.S. (Y. S.)
- Gibbons L. (L.)
- Gittelman B. (B.)
- Gollin G.D. (G. D.)
- Gong D.T. (D. T.)
- Gray S.W. (S. W.)
- Gwon C. (C.)
- Hartill D.L. (D. L.)
- Heltsley B.K. (B. K.)
- Hinson J.W. (J. W.)
- Honscheid K. (K.)
- Hsu L. (L.)
- Huang G.S. (G. S.)
- Jian L. (L.)
- Jones C.D. (C. D.)
- Kagan H. (H.)
- Kandaswamy J. (J.)
- Karliner I. (I.)
- Kass R. (R.)
- Kreinick D.L. (D. L.)
- Kubota Y. (Y.)
- Lee J. (J.)
- Li S.Z. (S. Z.)
- Lipeles E. (E.)
- Liu F. (F.)
- Lowrey N. (N.)
- Magerkurth A. (A.)
- Mahlke-Krüger H. (H.)
- Mahmood A.H. (A. H.)
- McGee S. (S.)
- Metreveli Z. (Z.)
- Meyer T.O. (T. O.)
- Miller D.H. (D. H.)
- Mistry N.B. (N. B.)
- Mountain R. (R.)
- Mueller J.A. (J. A.)
- Muramatsu H. (H.)
- Nam S. (S.)
- Nandakumar R. (R.)
- Pappas S.P. (S. P.)
- Park C.S. (C. S.)
- Park W. (W.)
- Patterson J.R. (J. R.)
- Pavlunin V. (V.)
- Pedlar T.K. (T. K.)
- Peterson D. (D.)
- Pivarski J. (J.)
- Plager C. (C.)
- Poling R. (R.)
- Potlia V. (V.)
- Richichi S.J. (S. J.)
- Riley D. (D.)
- Sadoff A.J. (A. J.)
- Saleem M. (M.)
- Sanghi B. (B.)
- Savinov V. (V.)
- Schwarthoff H. (H.)
- Sedlack C. (C.)
- Selen M. (M.)
- Seth K.K. (K. K.)
- Severini H. (H.)
- Shapiro A. (A.)
- Shepherd M.R. (M. R.)
- Shibata E.I. (E. I.)
- Shipsey I.P.J. (I. P.J.)
- Skubic P. (P.)
- Skwarnicki T. (T.)
- Smith A. (A.)
- Stepaniak C.J. (C. J.)
- Stoeck H. (H.)
- Stone S. (S.)
- Stroynowski R. (R.)
- Sun W.M. (W. M.)
- Tatishvili G. (G.)
- Thaler J.J. (J. J.)
- Thayer J.B. (J. B.)
- Thayer J.G. (J. G.)
- Thorndike E.H. (E. H.)
- Tomaradze A. (A.)
- Urheim J. (J.)
- Urner D. (D.)
- Vogel H. (H.)
- von Toerne E. (E.)
- Wang J.C. (J. C.)
- Wappler F. (F.)
- Warburton A. (A.)
- Watkins M.E. (M. E.)
- Weinberger M. (M.)
- Weinstein A.J. (A. J.)
- Wilksen T. (T.)
- Williams J. (J.)
- Yelton J. (J.)
- Zweber P. (P.)
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2003
- Field of study
Full text linkWe report on a search for a CP-violating asymmetry in the charmless hadronic
decay B -> K*(892)+- pi-+, using 9.12 fb^-1 of integrated luminosity produced
at \sqrt{s}=10.58 GeV and collected with the CLEO detector. We find A_{CP}(B ->
K*(892)+- pi-+) = 0.26+0.33-0.34(stat.)+0.10-0.08(syst.), giving an allowed
interval of [-0.31,0.78] at the 90% confidence level.Comment: 7 pages postscript, also available through
http://w4.lns.cornell.edu/public/CLNS, submitted to PR
Study of the q^2-Dependence of B --> pi ell nu and B --> rho(omega)ell nu Decay and Extraction of |V_ub|
- Author
- Adam N.E. (N. E.)
- Ahmed S. (S.)
- Alam M.S. (M. S.)
- Alexander J.P. (J. P.)
- Anderson S. (S.)
- Arms K. (K.)
- Artuso M. (M.)
- Athar S.B. (S. B.)
- Avery P. (P.)
- Benslama K. (K.)
- Berkelman K. (K.)
- Besson D. (D.)
- Blusk S. (S.)
- Boisvert V. (V.)
- Bonvicini G. (G.)
- Bornheim A. (A.)
- Boulahouache C. (C.)
- Breva-Newell L. (L.)
- Briere R.A. (R. A.)
- Cassel D.G. (D. G.)
- Chen G.P. (G. P.)
- Cinabro D. (D.)
- Coan T.E. (T. E.)
- Cronin-Hennessy D. (D.)
- Csorna S.E. (S. E.)
- Dambasuren E. (E.)
- Danko I. (I.)
- Dorjkhaidav O. (O.)
- Duboscq J.E. (J. E.)
- Dubrovin M. (M.)
- Dytman S.A. (S. A.)
- Eckhart E. (E.)
- Ecklund K.M. (K. M.)
- Edwards K.W. (Kenneth W.)
- Ehrlich R. (R.)
- Eisenstein B.I. (B. I.)
- Ernst J. (J.)
- Ferguson T. (T.)
- Frolov V.V. (V. V.)
- Galik R.S. (R. S.)
- Gan K.K. (K. K.)
- Gao Y.S. (Y. S.)
- Gibbons L. (L.)
- Gittelman B. (B.)
- Gollin G.D. (G. D.)
- Gong D.T. (D. T.)
- Gray S.W. (S. W.)
- Gwon C. (C.)
- Hartill D.L. (D. L.)
- Heltsley B.K. (B. K.)
- Hinson J.W. (J. W.)
- Honscheid K. (K.)
- Hsu L. (L.)
- Hufnagel D. (D.)
- Jian L. (L.)
- Jones C.D. (C. D.)
- Kagan H. (H.)
- Kandaswamy J. (J.)
- Karliner I. (I.)
- Kass R. (R.)
- Kreinick D.L. (D. L.)
- Kubota Y. (Y.)
- Lee J. (J.)
- Li S.Z. (S. Z.)
- Lipeles E. (E.)
- Liu F. (F.)
- Lowrey N. (N.)
- Lyon A.L. (A. L.)
- Magerkurth A. (A.)
- Mahlke-Krüger H. (H.)
- Mahmood A.H. (A. H.)
- Maravin Y. (Y.)
- McGee S. (S.)
- Metreveli Z. (Z.)
- Meyer T.O. (T. O.)
- Miller D.H. (D. H.)
- Mistry N.B. (N. B.)
- Mountain R. (R.)
- Mueller J.A. (J. A.)
- Muramatsu H. (H.)
- Nam S. (S.)
- Nandakumar R. (R.)
- Pappas S.P. (S. P.)
- Park C.S. (C. S.)
- Park W. (W.)
- Patterson J.R. (J. R.)
- Pavlunin V. (V.)
- Pedlar T.K. (T. K.)
- Peterson D. (D.)
- Pivarski J. (J.)
- Plager C. (C.)
- Poling R. (R.)
- Potlia V. (V.)
- Richichi S.J. (S. J.)
- Riley D. (D.)
- Sadoff A.J. (A. J.)
- Saleem M. (M.)
- Sanghi B. (B.)
- Savinov V. (V.)
- Schwarthoff H. (H.)
- Sedlack C. (C.)
- Selen M. (M.)
- Seth K.K. (K. K.)
- Severini H. (H.)
- Shapiro A. (A.)
- Shepherd M.R. (M. R.)
- Shibata E.I. (E. I.)
- Shipsey I.P.J. (I. P.J.)
- Skubic P. (P.)
- Skwarnicki T. (T.)
- Smith A. (A.)
- Stepaniak C.J. (C. J.)
- Stoeck H. (H.)
- Stone S. (S.)
- Stroynowski R. (R.)
- Sun W.M. (W. M.)
- Tatishvili G. (G.)
- Thaler J.J. (J. J.)
- Thayer J.B. (J. B.)
- Thayer J.G. (J. G.)
- Thorndike E.H. (E. H.)
- Tomaradze A. (A.)
- Urheim J. (J.)
- Urner D. (D.)
- Vogel H. (H.)
- von Toerne E. (E.)
- Wang J.C. (J. C.)
- Wappler F. (F.)
- Warburton A. (A.)
- Weinberger M. (M.)
- Weinstein A.J. (A. J.)
- Wilksen T. (T.)
- Williams J. (J.)
- Yelton J. (J.)
- Zhao X. (X.)
- Zoeller M.M. (M. M.)
- Zweber P. (P.)
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2003
- Field of study
Full text linkWe report on determinations of |Vub| resulting from studies of the branching
fraction and q^2 distributions in exclusive semileptonic B decays that proceed
via the b->u transition. Our data set consists of the 9.7x10^6 BBbar meson
pairs collected at the Y(4S) resonance with the CLEO II detector. We measure
B(B0 -> pi- l+ nu) = (1.33 +- 0.18 +- 0.11 +- 0.01 +- 0.07)x10^{-4} and B(B0 ->
rho- l+ nu) = (2.17 +- 0.34 +0.47/-0.54 +- 0.41 +- 0.01)x10^{-4}, where the
errors are statistical, experimental systematic, systematic due to residual
form-factor uncertainties in the signal, and systematic due to residual
form-factor uncertainties in the cross-feed modes, respectively. We also find
B(B+ -> eta l+ nu) = (0.84 +- 0.31 +- 0.16 +- 0.09)x10^{-4}, consistent with
what is expected from the B -> pi l nu mode and quark model symmetries. We
extract |Vub| using Light-Cone Sum Rules (LCSR) for 0<= q^2<16 GeV^2 and
Lattice QCD (LQCD) for 16 GeV^2 <= q^2 < q^2_max. Combining both intervals
yields |Vub| = (3.24 +- 0.22 +- 0.13 +0.55/-0.39 +- 0.09)x10^{-3}$ for pi l nu,
and |Vub| = (3.00 +- 0.21 +0.29/-0.35 +0.49/-0.38 +-0.28)x10^{-3} for rho l nu,
where the errors are statistical, experimental systematic, theoretical, and
signal form-factor shape, respectively. Our combined value from both decay
modes is |Vub| = (3.17 +- 0.17 +0.16/-0.17 +0.53/-0.39 +-0.03)x10^{-3}.Comment: 45 pages postscript, also available through
http://w4.lns.cornell.edu/public/CLNS, submitted to PR
Search for CP Violation in D^0--> K_S^0 pi^+pi^-
- Author
- Adam N.E. (N. E.)
- Ahmed S. (S.)
- Alam M.S. (M. S.)
- Alexander J.P. (J. P.)
- Anderson S. (S.)
- Arms K. (K.)
- Artuso M. (M.)
- Asner D.M. (D. M.)
- Athar S.B. (S. B.)
- Avery P. (P.)
- Benslama K. (K.)
- Berkelman K. (K.)
- Besson D. (D.)
- Blusk S. (S.)
- Boisvert V. (V.)
- Bonvicini G. (G.)
- Bornheim A. (A.)
- Boulahouache C. (C.)
- Breva-Newell L. (L.)
- Briere R.A. (R. A.)
- Cassel D.G. (D. G.)
- Cawlfield C. (C.)
- Chen G.P. (G. P.)
- Cinabro D. (D.)
- Coan T.E. (T. E.)
- Cronin-Hennessy D. (D.)
- Csorna S.E. (S. E.)
- Dambasuren E. (E.)
- Danko I. (I.)
- Dorjkhaidav O. (O.)
- Duboscq J.E. (J. E.)
- Dubrovin M. (M.)
- Dytman S.A. (S. A.)
- Eckhart E. (E.)
- Ecklund K.M. (K. M.)
- Edwards K.W. (Kenneth W.)
- Ehrlich R. (R.)
- Eisenstein B.I. (B. I.)
- Ernst J. (J.)
- Ferguson T. (T.)
- Frolov V.V. (V. V.)
- Galik R.S. (R. S.)
- Gan K.K. (K. K.)
- Gao Y.S. (Y. S.)
- Gibbons L. (L.)
- Gittelman B. (B.)
- Gollin G.D. (G. D.)
- Gong D.T. (D. T.)
- Gray S.W. (S. W.)
- Gwon C. (C.)
- Hartill D.L. (D. L.)
- Heltsley B.K. (B. K.)
- Hinson J.W. (J. W.)
- Honscheid K. (K.)
- Horwitz N. (N.)
- Hsu L. (L.)
- Hufnagel D. (D.)
- Jian L. (L.)
- Jones C.D. (C. D.)
- Kagan H. (H.)
- Kandaswamy J. (J.)
- Karliner I. (I.)
- Kass R. (R.)
- Kreinick D.L. (D. L.)
- Kubota Y. (Y.)
- Lee J. (J.)
- Li S.Z. (S. Z.)
- Lipeles E. (E.)
- Liu F. (F.)
- Lowrey N. (N.)
- Lyon A.L. (A. L.)
- Magerkurth A. (A.)
- Mahlke-Krüger H. (H.)
- Mahmood A.H. (A. H.)
- Maravin Y. (Y.)
- McGee S. (S.)
- Metreveli Z. (Z.)
- Meyer T.O. (T. O.)
- Miller D.H. (D. H.)
- Mistry N.B. (N. B.)
- Moneti G.C. (G. C.)
- Mountain R. (R.)
- Mueller J.A. (J. A.)
- Muramatsu H. (H.)
- Nam S. (S.)
- Nandakumar R. (R.)
- Nelson H.N. (H. N.)
- Pappas S.P. (S. P.)
- Park C.S. (C. S.)
- Park W. (W.)
- Patterson J.R. (J. R.)
- Pavlunin V. (V.)
- Pedlar T.K. (T. K.)
- Peterson D. (D.)
- Pivarski J. (J.)
- Plager C. (C.)
- Poling R. (R.)
- Potlia V. (V.)
- Richichi S.J. (S. J.)
- Riley D. (D.)
- Sadoff A.J. (A. J.)
- Saleem M. (M.)
- Sanghi B. (B.)
- Savinov V. (V.)
- Schwarthoff H. (H.)
- Sedlack C. (C.)
- Selen M. (M.)
- Seth K.K. (K. K.)
- Severini H. (H.)
- Shapiro A. (A.)
- Shepherd M.R. (M. R.)
- Shibata E.I. (E. I.)
- Shipsey I.P.J. (I. P.J.)
- Skubic P. (P.)
- Skwarnicki T. (T.)
- Smith A. (A.)
- Stepaniak C.J. (C. J.)
- Stoeck H. (H.)
- Stone S. (S.)
- Stroynowski R. (R.)
- Sun W.M. (W. M.)
- Tatishvili G. (G.)
- Thaler J.J. (J. J.)
- Thayer J.B. (J. B.)
- Thayer J.G. (J. G.)
- Thorndike E.H. (E. H.)
- Tomaradze A. (A.)
- Urheim J. (J.)
- Urner D. (D.)
- Vogel H. (H.)
- von Toerne E. (E.)
- Wang J.C. (J. C.)
- Wappler F. (F.)
- Warburton A. (A.)
- Weinberger M. (M.)
- Weinstein A.J. (A. J.)
- Wilksen T. (T.)
- Williams J. (J.)
- Yelton J. (J.)
- Zhao X. (X.)
- Zoeller M.M. (M. M.)
- Zweber P. (P.)
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2004
- Field of study
Full text linkWe report on a search for CP violation in the decay of D0 and D0B to Kshort
pi+pi-. The data come from an integrated luminosity of 9.0 1/fb of e+e-
collisions at sqrt(s) ~ 10 GeV recorded with the CLEO II.V detector. The
resonance substructure of this decay is well described by ten quasi-two-body
decay channels (K*-pi+, K*0(1430)-pi+, K*2(1430)-pi+, K*(1680)-pi+, Kshort rho,
Kshort omega, Kshort f0(980), Kshort f2(1270), Kshort f0(1370), and the ``wrong
sign'' K*+ pi-) plus a small non-resonant component. We observe no evidence for
CP violation in the amplitudes and phases that describe the decay D0 to K_S^0
pi+pi-.Comment: 10 pages, 3 figures, also available at
http://w4.lns.cornell.edu/public/CLNS/, submitted to PR
Measurement of Lepton Momentum Moments in the Decay bar{B} \to X \ell \bar{\nu} and Determination of Heavy Quark Expansion Parameters and |V_cb|
- Author
- Adam N.E. (N. E.)
- Ahmed S. (S.)
- Alam M.S. (M. S.)
- Alexander J.P. (J. P.)
- Ammar R. (R.)
- Anderson S. (S.)
- Arms K. (K.)
- Artuso M. (M.)
- Athar S.B. (S. B.)
- Avery P. (P.)
- Benslama K. (K.)
- Berkelman K. (K.)
- Besson D. (D.)
- Blusk S. (S.)
- Boisvert V. (V.)
- Bonvicini G. (G.)
- Bornheim A. (A.)
- Boulahouache C. (C.)
- Breva-Newell L. (L.)
- Briere R.A. (R. A.)
- Bukin K. (K.)
- Cassel D.G. (D. G.)
- Chen G.P. (G. P.)
- Chen S. (S.)
- Cinabro D. (D.)
- Coan T.E. (T. E.)
- Cronin-Hennessy D. (D.)
- Csorna S.E. (S. E.)
- Dambasuren E. (E.)
- Danko I. (I.)
- Drell P.S. (P. S.)
- Duboscq J.E. (J. E.)
- Dubrovin M. (M.)
- Dytman S.A. (S. A.)
- Eckhart E. (E.)
- Ecklund K.M. (K. M.)
- Edwards K.W. (Kenneth W.)
- Ehrlich R. (R.)
- Eisenstein B.I. (B. I.)
- Ernst J. (J.)
- Ferguson T. (T.)
- Frolov V.V. (V. V.)
- Galik R.S. (R. S.)
- Gan K.K. (K. K.)
- Gao Y.S. (Y. S.)
- Gibbons L. (L.)
- Gittelman B. (B.)
- Gollin G.D. (G. D.)
- Gong D.T. (D. T.)
- Gray S.W. (S. W.)
- Gwon C. (C.)
- Hartill D.L. (D. L.)
- Heltsley B.K. (B. K.)
- Hinson J.W. (J. W.)
- Honscheid K. (K.)
- Hsu L. (L.)
- Hufnagel D. (D.)
- Jian L. (L.)
- Jones C.D. (C. D.)
- Kagan H. (H.)
- Kandaswamy J. (J.)
- Karliner I. (I.)
- Kass R. (R.)
- Kreinick D.L. (D. L.)
- Kubota Y. (Y.)
- Lee J. (J.)
- Li S.Z. (S. Z.)
- Lipeles E. (E.)
- Liu F. (F.)
- Lowrey N. (N.)
- Lyon A.L. (A. L.)
- Magerkurth A. (A.)
- Mahlke-Krüger H. (H.)
- Mahmood A.H. (A. H.)
- Maravin Y. (Y.)
- McGee S. (S.)
- Metreveli Z. (Z.)
- Meyer T.O. (T. O.)
- Miller D.H. (D. H.)
- Mistry N.B. (N. B.)
- Mountain R. (R.)
- Mueller J.A. (J. A.)
- Muramatsu H. (H.)
- Nam S. (S.)
- Nandakumar R. (R.)
- Pappas S.P. (S. P.)
- Park C.S. (C. S.)
- Park W. (W.)
- Patterson J.R. (J. R.)
- Pavlunin V. (V.)
- Pedlar T.K. (T. K.)
- Peterson D. (D.)
- Pivarski J. (J.)
- Plager C. (C.)
- Poling R. (R.)
- Potlia V. (V.)
- Richichi S.J. (S. J.)
- Riley D. (D.)
- Sadoff A.J. (A. J.)
- Saleem M. (M.)
- Savinov V. (V.)
- Schwarthoff H. (H.)
- Sedlack C. (C.)
- Selen M. (M.)
- Seth K.K. (K. K.)
- Severini H. (H.)
- Shapiro A. (A.)
- Shepherd M.R. (M. R.)
- Shibata E.I. (E. I.)
- Shipsey I.P.J. (I. P.J.)
- Skubic P. (P.)
- Skwarnicki T. (T.)
- Smith A. (A.)
- Stepaniak C.J. (C. J.)
- Stoeck H. (H.)
- Stone S. (S.)
- Stroynowski R. (R.)
- Sun W.M. (W. M.)
- Tatishvili G. (G.)
- Thaler J.J. (J. J.)
- Thayer J.B. (J. B.)
- Thayer J.G. (J. G.)
- Thorndike E.H. (E. H.)
- Tomaradze A. (A.)
- Urheim J. (J.)
- Urner D. (D.)
- Vogel H. (H.)
- von Toerne E. (E.)
- Wang J.C. (J. C.)
- Wappler F. (F.)
- Warburton A. (A.)
- Weinberger M. (M.)
- Weinstein A.J. (A. J.)
- Wilksen T. (T.)
- Williams J. (J.)
- Yelton J. (J.)
- Zhao X. (X.)
- Zoeller M.M. (M. M.)
- Zweber P. (P.)
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 19/12/2002
- Field of study
Full text linkWe measure the primary lepton momentum spectrum in B-bar to X l nu decays,
for p_l > 1.5 GeV/c in the B rest frame. From this, we calculate various
moments of the spectrum. In particular, we find R_0 = [int(E_l>1.7)
(dGam/dE_sl)*dE_l] / [int(E_l>1.5) (dGam/dE_sl)*dE_l] = 0.6187 +/- 0.0014_stat
+/- 0.0016_sys and R_1 = [int(E_l>1.5) E_l(dGam/dE_sl)*dE_l] / [int(E_l>1.5)
(dGam/dE_sl)*dE_l] = (1.7810 +/- 0.0007_stat +/- 0.0009_sys) GeV. We use these
moments to determine non-perturbative parameters governing the semileptonic
width. In particular, we extract the Heavy Quark Expansion parameters
Lambda-bar = (0.39 +/- 0.03_stat +/- 0.06_sys +/- 0.12_th) GeV and lambda_1 =
(-0.25 +/- 0.02_stat +/- 0.05_sys +/- 0.14_th) GeV^2. The theoretical
constraints used are evaluated through order 1/M_B^3 in the non-perturbative
expansion and beta_0*alpha__s^2 in the perturbative expansion. We use these
parameters to extract |V_cb| from the world average of the semileptonic width
and find |V_cb| = (40.8 +/- 0.5_Gam-sl +/- 0.4_(lambda_1,Lambda-bar)-exp +/-
0.9_th) x 10^-3. In addition, we extract the short range b-quark mass m_b^1S =
(4.82 +/- 0.07_exp +/- 0.11_th) GeV/c^2. Finally, we discuss the implications
of our measurements for the theoretical understanding of inclusive semileptonic
processes.Comment: 21 pages postscript, also available through
http://w4.lns.cornell.edu/public/CLNS, submitted to PR
Application of Wireless Power Transmission Led Lighting System in Propagation of Chrysanthemum and Strawberry
- Author
- Publication venue
- 'FapUNIFESP (SciELO)'
- Publication date
- Field of study
Full text linkSearch for jet extinction in the inclusive jet-pT spectrum from proton-proton collisions at s=8 TeV
- Author
- Abbaneo D.Cv
- Abbiendi G.Bc
- Abbrescia M.Bb
- Abdullin S.Dz
- Abdulsalam A.Ax
- Acosta D.Ea
- Acosta J.G.En
- Adair A.Ey
- Adam W.B
- Adams M.R.Ee
- Adams T.Ec
- Adiguzel A.Dc
- Adler V.G
- Adzic P.Cq
- Afanasiev S.Ci
- Agapitos A.Ao
- Agram J.-L.ad
- Ahmad A.Cf
- Ahmad M.Cf
- Ahuja S.Av
- Akchurin N.Fe
- Akgun B.Ey
- Akin I.V.Dd
- Albajar C.Cs
- Albayrak E.A.Ef
- Albergo S.Bd
- Albrow M.Dz
- Alcaraz Maestre J.Cr
- Aldaya Martin M.Al
- Alderweireldt S.D
- Aleksandrov A.M
- Alexander J.Dx
- Alimena J.Do
- Alverson G.Eq
- Alves G.A.J
- Amapane N.Bo
- Amsler C.Cy
- Anagnostou G.An
- Anastassov A.Er
- Anderson J.Dz
- Andrea J.Ad
- Andreev V.Cn
- Andreev Y.Cl
- Andrews W.Ds
- Androsov K.Bm
- Antonelli L.Et
- Antunovic Z.S
- Apanasevich L.Ee
- Apollinari G.Dz
- Appelt E.Ff
- Apresyan A.Du
- Apyan A.El
- Arcidiacono R.Bo
- Arenton M.W.Fg
- Argiro S.Bo
- Arneodo M.Bo
- Arora S.Fb
- Asavapibhop B.Db
- Asawatangtrakuldee C.P
- Asin I.Ak
- Askew A.Ec
- Aslanoglou X.Ap
- Assran Y.W
- Ata M.Ai
- Attikis A.U
- Aubin A.Ad
- Auffray E.Cv
- Autermann C.Ah
- Auzinger G.Cv
- Avdeeva E.Eo
- Avery P.Ea
- Avetisyan A.Dn
- Avila C.Q
- Azarkin M.Cn
- Azhgirey I.Cp
- Aziz T.Ay
- Azzi P.Bj
- Azzolini V.Dv
- Azzurri P.Bm
- B\ue4ni L.Cx
- B\uf6ser C.Am
- Baarmand M.M.Ed
- Babb J.Dr
- Baber M.Dj
- Bacchetta N.Bj
- Bachmair F.Cx
- Bachtis M.Cv
- Baden A.Ek
- Baffioni S.Ac
- Bagliesi G.Bm
- Baillon P.Cv
- Bainbridge R.Dj
- Bakhshiansohi H.Az
- Bakirci M.N.Dc
- Ball A.H.Cv
- Ban Y.P
- Banerjee S.Aw
- Banerjee S.Ay
- Bansal M.D
- Bansal S.D
- Barbagli G.Be
- Barberis E.Eq
- Barbieri R.El
- Barbone L.Bb
- Barfuss A.F.Ei
- Bargassa P.Ci
- Barge D.Dt
- Baringer P.Eh
- Barker A.Fb
- Barnes V.E.Ew
- Barnett B.A.Eg
- Barney D.Cv
- Barone L.Bn
- Barth C.Am
- Bartosik N.Ak
- Basegmez S.H
- Battilana C.Cr
- Bauer G.El
- Bauerdick L.A.T.Dz
- Baumgartel D.Eq
- Baus C.Am
- Bayshev I.Cp
- Bazterra V.E.Ee
- Bean A.Eh
- Beauceron S.Af
- Beaudette F.Ac
- Beaupere N.Af
- Beernaert K.G
- Behnamian H.Az
- Behr J.Ak
- Behrenhoff W.Ak
- Behrens U.Ak
- Beir\ue3o Da Cruz E Silva C.Ci
- Belforte S.Bp
- Beliy N.I
- Belknap D.A.Fi
- Bell A.J.Ak
- Bell K.W.Di
- Bellan R.Bo
- Bellato M.Bj
- Belloni A.Ek
- Beluffi C.H
- Belyaev A.Co
- Belyaev A.Di
- Benaglia A.Cv
- Bencze G.Aq
- Bendavid J.Cv
- Benedetti D.Ew
- Benelli G.Eh
- Benhabib L.Cv
- Beni N.Ar
- Benitez J.F.Cv
- Benucci L.G
- Benussi L.Bf
- Benvenuti A.C.Bc
- Beranek S.Ah
- Beretvas A.Dz
- Bergauer T.B
- Berger J.Am
- Bergholz M.Ak
- Beri S.B.Au
- Bernardes C.A.L
- Bernardini J.Bm
- Bernet C.Cv
- Berry D.Ee
- Berry E.Do
- Berryhill J.Dz
- Bertl W.Cw
- Besancon M.Ab
- Betchart B.Ez
- Bethani A.Ak
- Betts R.R.Ee
- Bhardwaj A.Av
- Bhat P.C.Dz
- Bhatnagar V.Au
- Bhattacharya S.Aw
- Bhattacharya S.Do
- Bhawandeep U.Au
- Bhowmik S.Ay
- Bialkowska H.Cg
- Bian J.G.O
- Bianchi G.Cv
- Bianchini L.Cx
- Bianco S.Bf
- Biasini M.Bl
- Biasotto M.Bj
- Biino C.Bo
- Bilei G.M.Bl
- Bilin B.Dd
- Bilki B.Ef
- Bilmis S.Dd
- Bitioukov S.Cp
- Blekman F.E
- Blobel V.Al
- Bloch D.Ad
- Bloch P.Cv
- Bloom K.Eo
- Bluj M.Cg
- Blumenfeld B.Eg
- Blyweert S.E
- Boccali T.Bm
- Bocci A.Cv
- Bochenek J.Ec
- Bodek A.Ez
- Bodlak M.V
- Boimska B.Cg
- Bolla G.Ew
- Bolognesi S.Eg
- Bonacorsi D.Bc
- Bonato A.Cv
- Bondu O.Cv
- Bontenackels M.Ah
- Boos E.Co
- Bornheim A.Du
- Borras K.Ak
- Bortignon P.Cx
- Bortoletto D.Ew
- Bose S.Eo
- Bose T.Dn
- Botta C.Cv
- Boudoul G.Af
- Bouhali O.Fd
- Bourilkov D.Ea
- Boutle S.Fg
- Bouvier E.Af
- Bradmiller-Feld J.Dt
- Braibant-Giacomelli S.Bc
- Branca A.Bj
- Branson J.G.Ds
- Breedon R.Dp
- Breto G.Dp
- Breuker H.Cv
- Brew C.Di
- Brigliadori L.Bc
- Brigljevic V.T
- Brinkerhoff A.Es
- Brinson J.Et
- Brito L.J
- Broccolo G.Bm
- Brochero Cifuentes J.A.Cu
- Brochet S.Af
- Brodski M.Ai
- Brom J.-M.ad
- Brona G.Ch
- Brooke J.J.Dh
- Brown R.M.Di
- Brownson E.Ev
- Brun H.Ct
- Bruner C.Eh
- Bruno G.H
- Buchmann M.A.Cx
- Buchmuller O.Dj
- Bucinskaite I.Ee
- Bunin P.Cj
- Bunkowski K.Ch
- Bunn J.Du
- Buontempo S.Bi
- Burgmeier A.Ak
- Burkett K.Dz
- Burt K.Dr
- Burton D.Dj
- Busson P.Ac
- Busza W.El
- Butler J.N.Dz
- Butler P.H.Ce
- Butz E.Am
- Bylsma B.Et
- Cabrillo I.J.Cu
- Caebergs T.I
- Caillol C.F
- Caiulo D.Bm
- Cakir A.Ak
- Calabria C.Bb
- Calamba A.Dv
- Calderon De La Barca Sanchez M.Dp
- Calderon A.Cu
- Cali I.A.El
- Calligaris L.Ak
- Calvert B.Ek
- Calvo E.Cr
- Campagnari C.Dt
- Campanini R.Bc
- Campbell A.Ak
- Camporesi T.Cv
- Candelise V.Bp
- Canelli M.F.Cy
- Cankocak K.Df
- Capiluppi P.Bc
- Cappello G.Bd
- Cardaci M.Cz
- Carlsmith D.Fi
- Carlson B.Dv
- Carrillo Montoya C.A.Af
- Carrillo Moreno S.Ca
- Cartiglia N.Bo
- Carvalho W.K
- Carver M.Ea
- Casal B.Cx
- Casarsa M.Bp
- Casasso S.Bo
- Casimiro Linares E.Cc
- Castaldi R.Bm
- Castello R.H
- Castilla-Valdez H.Bz
- Castro A.Bc
- Caudron A.H
- Cavallari F.Bn
- Cavallo F.R.Bc
- Cavallo N.Bi
- Cavanaugh R.Ee
- Ceard L.H
- Centis Vignali M.Al
- Cepeda M.Fi
- Cerati G.B.Ds
- Cerci S.Dc
- Cerminara G.Cv
- Cerrada M.Cr
- Chabert E.C.Ad
- Chakaberia I.Ei
- Chamizo Llatas M.Cr
- Chan K.M.Es
- Chan M.El
- Chang P.Da
- Chang S.Bq
- Chang Y.H.Da
- Chang Y.W.Da
- Chanon N.Cx
- Chao Y.Da
- Chaparro Sierra L.F.Q
- Charaf O.Dm
- Charlot C.Ac
- Chasco M.Eq
- Chasserat J.Af
- Chatterjee A.Dx
- Chatterjee K.Aw
- Chatterjee R.M.Ay
- Chauhan S.Dp
- Chen G.M.O
- Chen H.S.O
- Chen K.F.Da
- Chen K.H.Cz
- Chen M.O
- Chen P.H.Da
- Chen Y.Du
- Cheng T.Ea
- Cherepanov V.Aj
- Chertok M.Dp
- Cheung H.W.K.Dz
- Chhibra S.S.Bb
- Chierici R.Af
- Chinellato J.K
- Chiochia V.Cy
- Chiorboli M.Bd
- Chlebana F.Dz
- Choi M.Bv
- Choi S.Bu
- Choi Y.Bw
- Choi Y.K.Bw
- Chou J.P.Fb
- Choudhary B.C.Av
- Choudhury S.Ak
- Christopher G.Do
- Chu J.Dx
- Chwalek T.Am
- Ciangottini D.Bl
- Ciesielski R.Fa
- Cihangir S.Dz
- Cimmino A.G
- Ciocci M.A.Bm
- Cittolin S.Ds
- Ciulli V.Be
- Civinini C.Be
- Claes D.R.Eo
- Clare R.Dr
- Clarida W.Ef
- Clarke C.Fg
- Clement E.Dh
- Clerbaux B.F
- Cockerill D.J.A.Di
- Codispoti G.Bc
- Colafranceschi S.Cv
- Colaleo A.Bb
- Cole J.E.Dk
- Colino N.Cr
- Collard C.Ad
- Colling D.Dj
- Contardo D.Af
- Conte E.Ad
- Contreras-Campana C.Fb
- Contreras-Campana E.Fb
- Conway J.Dp
- Conway R.Dp
- Cooper S.I.Dm
- Cornelis T.D
- Correa Martins Junior M.J
- Cossutti F.Bp
- Costa M.Bo
- Costa S.Bd
- Costantini S.G
- Costanza F.Ak
- Couderc F.Ab
- Coughlan J.A.Di
- Cousins R.Dq
- Covarelli R.Ez
- Cowden C.Fe
- Cox B.Fg
- Cox P.T.Dp
- Creanza D.Bb
- Cremaldi L.M.En
- Cripps N.Dj
- Crucy S.G
- Cuevas J.Ct
- Cuffiani M.Bc
- Cumalat J.P.Dw
- Curry D.Ea
- Cussans D.Dh
- Cust\uf3dio A.K
- Cutajar M.Dj
- Cutts D.Do
- Cwiok M.Ch
- Czellar S.Ar
- D\u2019Agnolo R.T.Ds
- D\u2019Alessandro R.Be
- D\u2019Alfonso M.Cv
- D\u2019Enterria D.Cv
- D\u2019Hondt J.E
- D\u2019Imperio G.Bn
- D\ufcnser M.Cx
- Da Costa E.M.K
- Da Silveira G.G.H
- Dabrowski A.Cv
- Daci N.E
- Dahmes B.Em
- Dahms T.Ac
- Dalchenko M.Ac
- Dall\u2019Osso M.Bj
- Dallavalle G.M.Bc
- Damgov J.Fe
- Danielson T.Dt
- Das S.Ea
- Daskalakis G.An
- Dasu S.Fi
- Daubie E.I
- Dauncey P.Dj
- David A.Cv
- Davies G.Dj
- de Barbaro P.Ez
- De Benedetti A.Em
- De Boer W.Am
- De Cosa A.Cy
- De Filippis N.Bb
- De Gruttola M.Ea
- De Guio F.Cv
- De Jesus Damiao D.K
- De La Cruz B.Cr
- De La Cruz-Burelo E.Bz
- De Lentdecker G.F
- De Mattia M.Ew
- De Oliveira Martins C.K
- De Palma M.Bb
- De Roeck A.Cv
- de Troc\uf3niz J.F.Cs
- De Visscher S.Cv
- De Wolf E.A.D
- Degano A.Bo
- Deisher A.Cx
- Deiters K.Cw
- Dejardin M.Ab
- Del Re D.Bn
- Delaere C.H
- Delannoy A.G.Ff
- Delgado Peris A.Cr
- Dell\u2019Orso R.Bm
- Della Negra M.Dj
- Della Ricca G.Bp
- Demaria N.Bo
- Demina R.Ez
- Demiragli Z.Do
- Demortier L.Fa
- Denegri D.Ab
- Depasse P.Af
- Dermenev A.Cl
- Descroix A.Am
- Dewanjee R.K.Ay
- Dhingra N.Do
- Di Giovanni G.P.Ea
- Di Guida S.Bi
- Di Marco E.Du
- Di Matteo L.El
- Diamond B.Ec
- Diemoz M.Bn
- Dierlamm A.Am
- Dietz C.Da
- Dietz-Laursonn E.Ai
- Diez Pardos C.Ak
- Dildick S.G
- Dilsiz K.Ef
- Dimitrov A.N
- Dinardo M.E.Bh
- Dishaw A.Dt
- Dissertori G.Cx
- Dittmann J.Dl
- Dittmar M.Cx
- Dittmer S.Dx
- Dobrzynski L.Ac
- Dobson M.Cv
- Dobur D.F
- Dodd L.Fi
- Dogra S.L
- Dolen J.Ep
- Dom\uednguez V\ue1zquez D.Cr
- Dominguez A.Eo
- Dominik W.Ch
- Donato S.Bm
- Doneg\ue0 M.Cx
- Dooling S.Ak
- Dordevic M.Cv
- Dorigo T.Bj
- Dorland T.Ak
- Doroba K.Ch
- Dosselli U.Bj
- Dozen C.Dc
- Draeger A.R.Al
- Dragicevic M.B
- Dragoiu C.Fe
- Dremin I.Cn
- Driga O.Eu
- Drozdetskiy A.Es
- du Pree T.H
- Du R.O
- Duarte Campderros J.Cu
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- Duchardt D.Ai
- Dudero P.R.Fe
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- Duggan D.Fb
- Dumanoglu I.Dc
- Dunne P.Dj
- Dupont-Sagorin N.Cv
- Duric S.Fi
- Durkin L.S.Et
- Duru F.Ef
- Dutta D.Ax
- Dutta S.Aw
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- Eckerlin G.Ak
- Ecklund K.M.Ey
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- Edelhoff M.Ah
- Eerola P.Y
- Eggert N.Dx
- Eichhorn T.Ak
- Ekmedzic M.Cq
- El Mamouni H.Af
- Eller P.Cx
- Elliott-Peisert A.Cv
- Ellison J.Dr
- Elmer P.Eu
- Elvira V.D.Dz
- Eno S.C.Ek
- Epshteyn V.Cm
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- Erbacher R.Dp
- Erdmann M.Ai
- Erdmann W.Cw
- Erdogan Y.Aj
- Erfle J.Al
- Ershov A.Co
- Escalante Del Valle A.Cr
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- Eugster J.Cv
- Eusebi R.Fd
- Evangelou I.Ap
- Evans D.Ds
- Evdokimov O.Ee
- Everaerts P.Dq
- Fabbri F.Bc
- Fabbri F.Bf
- Fabbro B.Ab
- Fabjan C.B
- Fabozzi F.Bi
- Faccioli P.Ci
- Fagot A.G
- Fahim A.Az
- Fan J.Af
- Fan\uf2 L.Bl
- Fanfani A.Bc
- Fantasia C.Dn
- Farrell C.Dq
- Fasanella D.Bc
- Faulkner J.Fe
- Faure J.L.Ab
- Favaro C.Ab
- Favart D.H
- Favart L.F
- Fay J.Af
- Fedi G.Y
- Fehling D.Eg
- Feindt M.Am
- Felcini M.Ba
- Feld L.Ah
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- Ferbel T.Ez
- Ferencek D.Fb
- Ferguson T.Dv
- Ferguson W.Dj
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- Fernandez Bedoya C.Cr
- Fernandez Menendez J.Ct
- Fernandez Perez Tomei T.R.L
- Fernandez M.Cu
- Ferreira Parracho P.G.Ci
- Ferri F.Ab
- Ferro C.Cz
- Ferro F.Bg
- Field R.D.Ea
- Filipovic N.Ac
- Finco L.Bo
- Finger M.
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- Fiore L.Bb
- Fiorendi S.Bh
- Fiori F.Bm
- Fischer R.Ai
- Fisher M.Ea
- Fisk I.Dz
- Fl\ufcgge G.Aj
- Flacher H.Dh
- Flanagan W.Fd
- Flix J.Cr
- Florent A.Ac
- Florez C.Q
- Flouris G.Ap
- Flowers K.Dt
- Flowers S.Et
- Flucke G.Ak
- Fo\ue0 L.Bm
- Focardi E.Be
- Folgueras S.Ct
- Fonseca De Souza S.K
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- Ford W.T.Dw
- Forthomme L.H
- Foudas C.Ap
- Fouz M.C.Cr
- Fr\ufchwirth R.B
- Francis B.Fg
- Franco Sevilla M.Dt
- Franzoni G.Cv
- Frazier R.Dh
- Freeman J.Dz
- Frensch F.Am
- Friedl M.B
- Friis E.Fi
- Frueboes T.Cg
- Fulcher J.Dj
- Funk W.Cv
- Furic I.K.Ea
- Futyan D.Dj
- G\uf3rski M.Cg
- G\uf6rner M.Al
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- G\ufcth A.Ai
- Gabusi M.Bk
- Gadrat S.Ae
- Galanti M.Bj
- Gallinaro M.Ci
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- Gamsizkan H.Dd
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- Ganjour S.Ab
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- Gaz A.Dw
- Geenen H.Aj
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- George C.Dt
- Geralis T.An
- Gerber C.E.Ee
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- Gershtein Y.Fb
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- Gottschalk E.Dz
- Goulianos K.Fa
- Gouskos L.Dt
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- Govoni P.Bh
- Goy Lopez S.Cr
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- Grab C.Cx
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- Kodolova O.Co
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- Libeiro T.Fe
- Ligabue F.
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- Lo Vetere M.Bg
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- Lynch S.Es
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- Ma T.El
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- Martelli A.Bh
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- Martinez Rivero C.Cu
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- Martins T.D.R.J
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- Mccartin J.G
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- Melo A.Ff
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- Meneguzzo A.T.Bj
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- Menichelli M.Bl
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- Mercadante P.G.L
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- Moortgat F.Cv
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- Mossolov V.C
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- Mozer M.U.Am
- Mrenna S.Dz
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- Murray M.Eh
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- Murzin V.Ck
- Musella P.Cv
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- Musienko Y.Dz
- Mussgiller A.Ak
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- N\ufcrnberg A.Am
- Nachtman J.Ef
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- Naimuddin M.Av
- Nam S.K.Bq
- Narain M.Do
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- Negrete M.O.Dr
- Nessi-Tedaldi F.Cx
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- Takahashi M.Cx
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- Wulz C.-E.b
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- Xiao H.Af
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- Yang F.Dz
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- Yelton J.Ea
- Yetkin T.Ef
- Yi K.Ef
- Yilmaz Y.Ac
- Yohay R.Dp
- Yoo H.D.Ew
- Yoo J.Ds
- Yoon A.S.El
- York A.Fc
- Yu I.Bw
- Yu S.S.Cz
- Yumiceva F.Ed
- Zabel J.Ey
- Zabi A.Ac
- Zablocki J.Ew
- Zaganidis N.G
- Zakaria M.Ea
- Zalewski P.Cg
- Zanetti A.Bp
- Zanetti M.El
- Zarubin A.Cj
- Zeinali M.Az
- Zenz S.C.Dj
- Zeuner W.D.Cv
- Zeyrek M.Dd
- Zhang J.Eq
- Zhang L.P
- Zheng Y.Ew
- Zhokin A.Cm
- Zhu R.Y.Du
- Zhukov V.Ah
- Zhukova V.El
- Zito G.Bb
- Zotto P.Bj
- Zou W.P
- Zsigmond A.J.Aq
- Zucchetta A.Bj
- Zuranski A.Eu
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2014
- Field of study
Get PDFPublished by the American Physical Society under the terms of the Creative Commons Attribution 3.0 License. Further distribution of this work must maintain attribution to the author(s) and the published articles title, journal citation, and DOI.The first search at the LHC for the extinction of QCD jet production is presented, using data collected with the CMS detector corresponding to an integrated luminosity of 10.7 fb−1 of proton-proton collisions at a center-of-mass energy of 8 TeV. The extinction model studied in this analysis is motivated by the search for signatures of strong gravity at the TeV scale (terascale gravity) and assumes the existence of string couplings in the strong-coupling limit. In this limit, the string model predicts the suppression of all high-transverse-momentum standard model processes, including jet production, beyond a certain energy scale. To test this prediction, the measured transverse-momentum spectrum is compared to the theoretical prediction of the standard model. No significant deficit of events is found at high transverse momentum. A 95% confidence level lower limit of 3.3 TeV is set on the extinction mass scale
The Physics of the B Factories
- Author
- Abachi S.
- Abashian A.
- Abe K.
- Abe N.
- Abe R.
- Abe T.
- Abrams G.S.
- Adachi I.
- Adam I.
- Adamczyk K.
- Adametz A.
- Adye T.
- Agarwal A.
- Ahmed H.
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- Ahn B.S.
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- Aitchison I.J.R.
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- Akatsu M.
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- Aleksan R.
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- Allen M.T.
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- Allmendinger T.
- Alsmiller J.R.G.
- Altenburg D.
- Alwyn K.E.
- An Q.
- Anderson J.
- Andreassen R.
- Andreotti D.
- Andreotti M.
- Andress J.C.
- Angelini C.
- Anipko D.
- Anjomshoaa A.
- Anthony P.L.
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- Aso T.
- Aspinwall M.L.
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- Atmacan H.
- Aubert B.
- Aulchenko V.
- Aushev T.
- Ayad R.
- Azemoon T.
- Aziz T.
- Azzolini V.
- Azzopardi D.E.
- Baak M.A.
- Back J.J.
- Bagnasco S.
- Bahinipati S.
- Bailey D.S.
- Bailey S.
- Bailly P.
- Bakich A.M.
- Bala A.
- Balagura V.
- Baldini-Ferroli R.
- Ban Y.
- Banas E.
- Band H.R.
- Banerjee S.
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- Baracchini E.
- Barate R.
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- Yamanaka T.
- Yamaoka H.
- Yamaoka J.
- Yamaoka Y.
- Yamashita Y.
- Yamauchi M.
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- Yan Y.
- Yanai H.
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- Yarritu A.K.
- Yashchenko S.
- Yashima J.
- Yasin Z.
- Yasu Y.
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- Yeh P.
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- Yi K.
- Yi M.
- Yin Z.W.
- Ying J.
- Yocky G.
- Yokoyama K.
- Yokoyama M.
- Yokoyama T.
- Yoshida K.
- Yoshida M.
- Yoshimura Y.
- Young C.C.
- Yu C.X.
- Yu Z.
- Yuan C.Z.
- Yuan Y.
- Yumiceva F.X.
- Yusa Y.
- Yushkov A.N.
- Yuta H.
- Yéche C.
- Zacek V.
- Zain S.B.
- Zallo A.
- Zambito S.
- Zander D.
- Zang S.L.
- Zanin D.
- Zaslavsky B.G.
- Zeng Q.L.
- Zghiche A.
- Zhang B.
- Zhang C.C.
- Zhang J.
- Zhang J.
- Zhang L.
- Zhang L.M.
- Zhang S.Q.
- Zhang Z.P.
- Zhao H.W.
- Zhao M.
- Zhao Z.G.
- Zheng Y.
- Zheng Y.H.
- Zheng Z.P.
- Zhilich V.
- Zhou P.
- Zhu R.Y.
- Zhu Y.S.
- Zhu Z.M.
- Zhulanov V.
- Ziegler T.
- Ziegler V.
- Zioulas G.
- Zisman M.
- Zito M.
- Zupan J.
- Zupanc A.
- Zwahlen N.
- Zyukova O.
- Zürcher D.
- Živko T.
- Žontar D.
- Publication venue
- Springer Verlag
- Publication date
- 29/01/2015
- Field of study
Get PDFSearches for electroweak neutralino and chargino production in channels with Higgs, Z, and W bosons in pp collisions at 8 TeV
- Author
- Abbaneo D.Cv
- Abbiendi G.Bc
- Abbrescia M.Bb
- Abdullin S.Dz
- Abdulsalam A.Ax
- Acosta D.Ea
- Acosta J.G.En
- Adair A.Ey
- Adam W.B
- Adams M.R.Ee
- Adams T.Ec
- Adiguzel A.Dc
- Adler V.G
- Adzic P.Cq
- Afanasiev S.Ci
- Agapitos A.Ao
- Agram J.-L.ad
- Ahmad A.Cf
- Ahmad M.Cf
- Ahuja S.Av
- Akchurin N.Fe
- Akgun B.Ey
- Akin I.V.Dd
- Albajar C.Cs
- Albayrak E.A.Ef
- Albergo S.Bd
- Albrow M.Dz
- Alcaraz Maestre J.Cr
- Aldaya Martin M.Al
- Alderweireldt S.D
- Aleksandrov A.M
- Alexander J.Dx
- Alimena J.Do
- Alverson G.Eq
- Alves G.A.J
- Amapane N.Bo
- Amsler C.Cy
- Anagnostou G.An
- Anastassov A.Er
- Anderson J.Dz
- Andrea J.Ad
- Andreev V.Cn
- Andreev Y.Cl
- Andrews W.Ds
- Androsov K.Bm
- Antonelli L.Et
- Antunovic Z.S
- Apanasevich L.Ee
- Apollinari G.Dz
- Appelt E.Ff
- Apresyan A.Du
- Apyan A.El
- Arcidiacono R.Bo
- Arenton M.W.Fg
- Argiro S.Bo
- Arneodo M.Bo
- Arora S.Fb
- Asavapibhop B.Db
- Asawatangtrakuldee C.P
- Asin I.Ak
- Askew A.Ec
- Aslanoglou X.Ap
- Assran Y.W
- Ata M.Ai
- Attikis A.U
- Aubin A.Ad
- Auffray E.Cv
- Autermann C.Ah
- Auzinger G.Cv
- Avdeeva E.Eo
- Avery P.Ea
- Avetisyan A.Dn
- Avila C.Q
- Azarkin M.Cn
- Azhgirey I.Cp
- Aziz T.Ay
- Azzi P.Bj
- Azzolini V.Dv
- Azzurri P.Bm
- B\ue4ni L.Cx
- B\uf6ser C.Am
- Baarmand M.M.Ed
- Babb J.Dr
- Baber M.Dj
- Bacchetta N.Bj
- Bachmair F.Cx
- Bachtis M.Cv
- Baden A.Ek
- Baffioni S.Ac
- Bagliesi G.Bm
- Baillon P.Cv
- Bainbridge R.Dj
- Bakhshiansohi H.Az
- Bakirci M.N.Dc
- Ball A.H.Cv
- Ban Y.P
- Banerjee S.Aw
- Banerjee S.Ay
- Bansal M.D
- Bansal S.D
- Barbagli G.Be
- Barberis E.Eq
- Barbieri R.El
- Barbone L.Bb
- Barfuss A.F.Ei
- Bargassa P.Ci
- Barge D.Dt
- Baringer P.Eh
- Barker A.Fb
- Barnes V.E.Ew
- Barnett B.A.Eg
- Barney D.Cv
- Barone L.Bn
- Barth C.Am
- Bartosik N.Ak
- Basegmez S.H
- Battilana C.Cr
- Bauer G.El
- Bauerdick L.A.T.Dz
- Baumgartel D.Eq
- Baus C.Am
- Bayshev I.Cp
- Bazterra V.E.Ee
- Bean A.Eh
- Beauceron S.Af
- Beaudette F.Ac
- Beaupere N.Af
- Beernaert K.G
- Behnamian H.Az
- Behr J.Ak
- Behrenhoff W.Ak
- Behrens U.Ak
- Beir\ue3o Da Cruz E Silva C.Ci
- Belforte S.Bp
- Beliy N.I
- Belknap D.A.Fi
- Bell A.J.Ak
- Bell K.W.Di
- Bellan R.Bo
- Bellato M.Bj
- Belloni A.Ek
- Beluffi C.H
- Belyaev A.Co
- Belyaev A.Di
- Benaglia A.Cv
- Bencze G.Aq
- Bendavid J.Cv
- Benedetti D.Ew
- Benelli G.Eh
- Benhabib L.Cv
- Beni N.Ar
- Benitez J.F.Cv
- Benucci L.G
- Benussi L.Bf
- Benvenuti A.C.Bc
- Beranek S.Ah
- Beretvas A.Dz
- Bergauer T.B
- Berger J.Am
- Bergholz M.Ak
- Beri S.B.Au
- Bernardes C.A.L
- Bernardini J.Bm
- Bernet C.Cv
- Berry D.Ee
- Berry E.Do
- Berryhill J.Dz
- Bertl W.Cw
- Besancon M.Ab
- Betchart B.Ez
- Bethani A.Ak
- Betts R.R.Ee
- Bhardwaj A.Av
- Bhat P.C.Dz
- Bhatnagar V.Au
- Bhattacharya S.Aw
- Bhattacharya S.Do
- Bhawandeep U.Au
- Bhowmik S.Ay
- Bialkowska H.Cg
- Bian J.G.O
- Bianchi G.Cv
- Bianchini L.Cx
- Bianco S.Bf
- Biasini M.Bl
- Biasotto M.Bj
- Biino C.Bo
- Bilei G.M.Bl
- Bilin B.Dd
- Bilki B.Ef
- Bilmis S.Dd
- Bitioukov S.Cp
- Blekman F.E
- Blobel V.Al
- Bloch D.Ad
- Bloch P.Cv
- Bloom K.Eo
- Bluj M.Cg
- Blumenfeld B.Eg
- Blyweert S.E
- Boccali T.Bm
- Bocci A.Cv
- Bochenek J.Ec
- Bodek A.Ez
- Bodlak M.V
- Boimska B.Cg
- Bolla G.Ew
- Bolognesi S.Eg
- Bonacorsi D.Bc
- Bonato A.Cv
- Bondu O.Cv
- Bontenackels M.Ah
- Boos E.Co
- Bornheim A.Du
- Borras K.Ak
- Bortignon P.Cx
- Bortoletto D.Ew
- Bose S.Eo
- Bose T.Dn
- Botta C.Cv
- Boudoul G.Af
- Bouhali O.Fd
- Bourilkov D.Ea
- Boutle S.Fg
- Bouvier E.Af
- Bradmiller-Feld J.Dt
- Braibant-Giacomelli S.Bc
- Branca A.Bj
- Branson J.G.Ds
- Breedon R.Dp
- Breto G.Dp
- Breuker H.Cv
- Brew C.Di
- Brigliadori L.Bc
- Brigljevic V.T
- Brinkerhoff A.Es
- Brinson J.Et
- Brito L.J
- Broccolo G.Bm
- Brochero Cifuentes J.A.Cu
- Brochet S.Af
- Brodski M.Ai
- Brom J.-M.ad
- Brona G.Ch
- Brooke J.J.Dh
- Brown R.M.Di
- Brownson E.Ev
- Brun H.Ct
- Bruner C.Eh
- Bruno G.H
- Buchmann M.A.Cx
- Buchmuller O.Dj
- Bucinskaite I.Ee
- Bunin P.Cj
- Bunkowski K.Ch
- Bunn J.Du
- Buontempo S.Bi
- Burgmeier A.Ak
- Burkett K.Dz
- Burt K.Dr
- Burton D.Dj
- Busson P.Ac
- Busza W.El
- Butler J.N.Dz
- Butler P.H.Ce
- Butz E.Am
- Bylsma B.Et
- Cabrillo I.J.Cu
- Caebergs T.I
- Caillol C.F
- Caiulo D.Bm
- Cakir A.Ak
- Calabria C.Bb
- Calamba A.Dv
- Calderon De La Barca Sanchez M.Dp
- Calderon A.Cu
- Cali I.A.El
- Calligaris L.Ak
- Calvert B.Ek
- Calvo E.Cr
- Campagnari C.Dt
- Campanini R.Bc
- Campbell A.Ak
- Camporesi T.Cv
- Candelise V.Bp
- Canelli M.F.Cy
- Cankocak K.Df
- Capiluppi P.Bc
- Cappello G.Bd
- Cardaci M.Cz
- Carlsmith D.Fi
- Carlson B.Dv
- Carrillo Montoya C.A.Af
- Carrillo Moreno S.Ca
- Cartiglia N.Bo
- Carvalho W.K
- Carver M.Ea
- Casal B.Cx
- Casarsa M.Bp
- Casasso S.Bo
- Casimiro Linares E.Cc
- Castaldi R.Bm
- Castello R.H
- Castilla-Valdez H.Bz
- Castro A.Bc
- Caudron A.H
- Cavallari F.Bn
- Cavallo F.R.Bc
- Cavallo N.Bi
- Cavanaugh R.Ee
- Ceard L.H
- Centis Vignali M.Al
- Cepeda M.Fi
- Cerati G.B.Ds
- Cerci S.Dc
- Cerminara G.Cv
- Cerrada M.Cr
- Chabert E.C.Ad
- Chakaberia I.Ei
- Chamizo Llatas M.Cr
- Chan K.M.Es
- Chan M.El
- Chang P.Da
- Chang S.Bq
- Chang Y.H.Da
- Chang Y.W.Da
- Chanon N.Cx
- Chao Y.Da
- Chaparro Sierra L.F.Q
- Charaf O.Dm
- Charlot C.Ac
- Chasco M.Eq
- Chasserat J.Af
- Chatterjee A.Dx
- Chatterjee K.Aw
- Chatterjee R.M.Ay
- Chauhan S.Dp
- Chen G.M.O
- Chen H.S.O
- Chen K.F.Da
- Chen K.H.Cz
- Chen M.O
- Chen P.H.Da
- Chen Y.Du
- Cheng T.Ea
- Cherepanov V.Aj
- Chertok M.Dp
- Cheung H.W.K.Dz
- Chhibra S.S.Bb
- Chierici R.Af
- Chinellato J.K
- Chiochia V.Cy
- Chiorboli M.Bd
- Chlebana F.Dz
- Choi M.Bv
- Choi S.Bu
- Choi Y.Bw
- Choi Y.K.Bw
- Chou J.P.Fb
- Choudhary B.C.Av
- Choudhury S.Ak
- Christopher G.Do
- Chu J.Dx
- Chwalek T.Am
- Ciangottini D.Bl
- Ciesielski R.Fa
- Cihangir S.Dz
- Cimmino A.G
- Ciocci M.A.Bm
- Cittolin S.Ds
- Ciulli V.Be
- Civinini C.Be
- Claes D.R.Eo
- Clare R.Dr
- Clarida W.Ef
- Clarke C.Fg
- Clement E.Dh
- Clerbaux B.F
- Cockerill D.J.A.Di
- Codispoti G.Bc
- Colafranceschi S.Cv
- Colaleo A.Bb
- Cole J.E.Dk
- Colino N.Cr
- Collard C.Ad
- Colling D.Dj
- Contardo D.Af
- Conte E.Ad
- Contreras-Campana C.Fb
- Contreras-Campana E.Fb
- Conway J.Dp
- Conway R.Dp
- Cooper S.I.Dm
- Cornelis T.D
- Correa Martins Junior M.J
- Cossutti F.Bp
- Costa M.Bo
- Costa S.Bd
- Costantini S.G
- Costanza F.Ak
- Couderc F.Ab
- Coughlan J.A.Di
- Cousins R.Dq
- Covarelli R.Ez
- Cowden C.Fe
- Cox B.Fg
- Cox P.T.Dp
- Creanza D.Bb
- Cremaldi L.M.En
- Cripps N.Dj
- Crucy S.G
- Cuevas J.Ct
- Cuffiani M.Bc
- Cumalat J.P.Dw
- Curry D.Ea
- Cussans D.Dh
- Cust\uf3dio A.K
- Cutajar M.Dj
- Cutts D.Do
- Cwiok M.Ch
- Czellar S.Ar
- D\u2019Agnolo R.T.Ds
- D\u2019Alessandro R.Be
- D\u2019Alfonso M.Cv
- D\u2019Enterria D.Cv
- D\u2019Hondt J.E
- D\u2019Imperio G.Bn
- D\ufcnser M.Cx
- Da Costa E.M.K
- Da Silveira G.G.H
- Dabrowski A.Cv
- Daci N.E
- Dahmes B.Em
- Dahms T.Ac
- Dalchenko M.Ac
- Dall\u2019Osso M.Bj
- Dallavalle G.M.Bc
- Damgov J.Fe
- Danielson T.Dt
- Das S.Ea
- Daskalakis G.An
- Dasu S.Fi
- Daubie E.I
- Dauncey P.Dj
- David A.Cv
- Davies G.Dj
- de Barbaro P.Ez
- De Benedetti A.Em
- De Boer W.Am
- De Cosa A.Cy
- De Filippis N.Bb
- De Gruttola M.Ea
- De Guio F.Cv
- De Jesus Damiao D.K
- De La Cruz B.Cr
- De La Cruz-Burelo E.Bz
- De Lentdecker G.F
- De Mattia M.Ew
- De Oliveira Martins C.K
- De Palma M.Bb
- De Roeck A.Cv
- de Troc\uf3niz J.F.Cs
- De Visscher S.Cv
- De Wolf E.A.D
- Degano A.Bo
- Deisher A.Cx
- Deiters K.Cw
- Dejardin M.Ab
- Del Re D.Bn
- Delaere C.H
- Delannoy A.G.Ff
- Delgado Peris A.Cr
- Dell\u2019Orso R.Bm
- Della Negra M.Dj
- Della Ricca G.Bp
- Demaria N.Bo
- Demina R.Ez
- Demiragli Z.Do
- Demortier L.Fa
- Denegri D.Ab
- Depasse P.Af
- Dermenev A.Cl
- Descroix A.Am
- Dewanjee R.K.Ay
- Dhingra N.Do
- Di Giovanni G.P.Ea
- Di Guida S.Bi
- Di Marco E.Du
- Di Matteo L.El
- Diamond B.Ec
- Diemoz M.Bn
- Dierlamm A.Am
- Dietz C.Da
- Dietz-Laursonn E.Ai
- Diez Pardos C.Ak
- Dildick S.G
- Dilsiz K.Ef
- Dimitrov A.N
- Dinardo M.E.Bh
- Dishaw A.Dt
- Dissertori G.Cx
- Dittmann J.Dl
- Dittmar M.Cx
- Dittmer S.Dx
- Dobrzynski L.Ac
- Dobson M.Cv
- Dobur D.F
- Dodd L.Fi
- Dogra S.L
- Dolen J.Ep
- Dom\uednguez V\ue1zquez D.Cr
- Dominguez A.Eo
- Dominik W.Ch
- Donato S.Bm
- Doneg\ue0 M.Cx
- Dooling S.Ak
- Dordevic M.Cv
- Dorigo T.Bj
- Dorland T.Ak
- Doroba K.Ch
- Dosselli U.Bj
- Dozen C.Dc
- Draeger A.R.Al
- Dragicevic M.B
- Dragoiu C.Fe
- Dremin I.Cn
- Driga O.Eu
- Drozdetskiy A.Es
- du Pree T.H
- Du R.O
- Duarte Campderros J.Cu
- Duarte J.Du
- Duchardt D.Ai
- Dudero P.R.Fe
- Dugad S.Ay
- Duggan D.Fb
- Dumanoglu I.Dc
- Dunne P.Dj
- Dupont-Sagorin N.Cv
- Duric S.Fi
- Durkin L.S.Et
- Duru F.Ef
- Dutta D.Ax
- Dutta S.Aw
- Dutta V.El
- Eckerlin G.Ak
- Ecklund K.M.Ey
- Eckstein D.Ak
- Edelhoff M.Ah
- Eerola P.Y
- Eggert N.Dx
- Eichhorn T.Ak
- Ekmedzic M.Cq
- El Mamouni H.Af
- Eller P.Cx
- Elliott-Peisert A.Cv
- Ellison J.Dr
- Elmer P.Eu
- Elvira V.D.Dz
- Eno S.C.Ek
- Epshteyn V.Cm
- Er\uf6 J.B
- Erbacher R.Dp
- Erdmann M.Ai
- Erdmann W.Cw
- Erdogan Y.Aj
- Erfle J.Al
- Ershov A.Co
- Escalante Del Valle A.Cr
- Eshaq Y.Ez
- Eskut E.Dc
- Etesami S.M.Az
- Eugster J.Cv
- Eusebi R.Fd
- Evangelou I.Ap
- Evans D.Ds
- Evdokimov O.Ee
- Everaerts P.Dq
- Fabbri F.Bc
- Fabbri F.Bf
- Fabbro B.Ab
- Fabjan C.B
- Fabozzi F.Bi
- Faccioli P.Ci
- Fagot A.G
- Fahim A.Az
- Fan J.Af
- Fan\uf2 L.Bl
- Fanfani A.Bc
- Fantasia C.Dn
- Farrell C.Dq
- Fasanella D.Bc
- Faulkner J.Fe
- Faure J.L.Ab
- Favaro C.Ab
- Favart D.H
- Favart L.F
- Fay J.Af
- Fedi G.Y
- Fehling D.Eg
- Feindt M.Am
- Felcini M.Ba
- Feld L.Ah
- Ferapontov A.Do
- Ferbel T.Ez
- Ferencek D.Fb
- Ferguson T.Dv
- Ferguson W.Dj
- Fern\ue1ndez Ramos J.P.Cr
- Fernandez Bedoya C.Cr
- Fernandez Menendez J.Ct
- Fernandez Perez Tomei T.R.L
- Fernandez M.Cu
- Ferreira Parracho P.G.Ci
- Ferri F.Ab
- Ferro C.Cz
- Ferro F.Bg
- Field R.D.Ea
- Filipovic N.Ac
- Finco L.Bo
- Finger M.
- Finger M.V
- Fiore L.Bb
- Fiorendi S.Bh
- Fiori F.Bm
- Fischer R.Ai
- Fisher M.Ea
- Fisk I.Dz
- Fl\ufcgge G.Aj
- Flacher H.Dh
- Flanagan W.Fd
- Flix J.Cr
- Florent A.Ac
- Florez C.Q
- Flouris G.Ap
- Flowers K.Dt
- Flowers S.Et
- Flucke G.Ak
- Fo\ue0 L.Bm
- Focardi E.Be
- Folgueras S.Ct
- Fonseca De Souza S.K
- Fontaine J.-C.ad
- Ford W.T.Dw
- Forthomme L.H
- Foudas C.Ap
- Fouz M.C.Cr
- Fr\ufchwirth R.B
- Francis B.Fg
- Franco Sevilla M.Dt
- Franzoni G.Cv
- Frazier R.Dh
- Freeman J.Dz
- Frensch F.Am
- Friedl M.B
- Friis E.Fi
- Frueboes T.Cg
- Fulcher J.Dj
- Funk W.Cv
- Furic I.K.Ea
- Futyan D.Dj
- G\uf3rski M.Cg
- G\uf6rner M.Al
- G\ufclmez E.De
- G\ufcth A.Ai
- Gabusi M.Bk
- Gadrat S.Ae
- Galanti M.Bj
- Gallinaro M.Ci
- Gallo E.Be
- Gamsizkan H.Dd
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- Ganjour S.Ab
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- Garcia G.G
- Garcia J.G.Ak
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- Gardner M.Dp
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- Gascon S.Af
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- Gauthier L.Ee
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- Gay A.P.R.F
- Gaz A.Dw
- Geenen H.Aj
- Geffert P.Dt
- Geiser A.Ak
- Geisler M.Aj
- Gel\ue9 D.Ad
- Genchev V.M
- Gennai S.Bh
- George C.Dt
- Geralis T.An
- Gerber C.E.Ee
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- Gershtein Y.Fb
- Geurts F.J.M.Ey
- Ghete V.M.B
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- Ghosh S.Ay
- Giacomelli P.Bc
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- Giammanco A.H
- Giassi A.Bm
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- Gigi D.Cv
- Gilbert A.Dj
- Gill K.Cv
- Gilmore J.Fd
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- Girgis S.Dc
- Girone M.Cv
- Giubilato P.Bj
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- Glushkov I.N
- Gninenko S.Cl
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- Godshalk A.Ep
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- Goh J.Bw
- Gokbulut G.Dc
- Goldenzweig P.Ez
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- Goldstein J.Dh
- Golf F.Dt
- Golovtsov V.Ck
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- Gomez Ceballos G.El
- Gomez Moreno B.Q
- Gomez G.Cu
- Gomez J.A.Ek
- Gomez J.P.Q
- Goncharov M.El
- Gonzalez Caballero I.Ct
- Gonzalez Lopez O.Cr
- Gonzalez Suarez R.Eo
- Gonzi S.Be
- Goodell J.Fg
- Gorbunov I.Cj
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- Gottschalk E.Dz
- Goulianos K.Fa
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- Govoni P.Bh
- Goy Lopez S.Cr
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- Grab C.Cx
- Grandi C.Bc
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- Gras P.Ab
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- Gray L.Dz
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- Graziano A.Cu
- Grebenyuk A.F
- Green D.Dz
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- Gregores E.M.L
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- Grimes M.Dh
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- Guida R.Cv
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- Gunnellini P.Ak
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- Gurpinar E.Dc
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- Guthoff M.Cv
- Gutsche O.Dz
- Gyun D.Bu
- H\ue4rk\uf6nen J.Z
- H\uf6ing R.S.Al
- H\uf6rmann N.B
- Haas J.Ec
- Hadjiiska R.N
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- Hagopian V.Ec
- Hahn K.A.Er
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- Hall G.Dj
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- Hamel de Monchenault G.Ab
- Hammad G.H.I
- Hammer J.Cv
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- Hansen M.Cv
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- Harel A.Ez
- Harper S.Di
- Harr R.Fh
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- Hartmann F.Am
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- Hebbeker T.Ai
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- Heister A.Aj
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- Heracleous N.E
- Heredia-de La Cruz I.Bz
- Hernandez A.C.Fd
- Hernandez J.M.Cr
- Herndon M.Fi
- Herrera C.M.J
- Herv\ue9 A.Fi
- Hewamanage S.Eb
- Hidas D.Fb
- Hidas P.Aq
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- Hill C.Et
- Hindrichs O.Ah
- Hinzmann A.Cy
- Hirosky R.Fg
- Hirschauer J.Dz
- Hits D.Cx
- Hobson P.R.Dk
- Hoehle F.Aj
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- Holzner A.Ds
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- Hooberman B.Dz
- Hoorani H.R.Cf
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- Horvath D.Aq
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- Hrubec J.B
- Hu Z.Ew
- Hughes R.Et
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- Innocente V.Cv
- Iorio A.O.M.Bi
- Isildak B.De
- Ivanov A.Ei
- Ivanov Y.Ck
- Ivova Rikova M.Dr
- J\ufanior W.L.A.I
- Jacob J.Dh
- Jafari A.Az
- Jain S.Aw
- Jain S.Aw
- Jain S.Ep
- Jandir P.Dr
- Janot P.Cv
- Janssen X.D
- Jarry P.Ab
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- Jessop C.Es
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- Jha M.K.Ew
- Jiang C.H.O
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- Jo M.Bu
- Johns W.Ff
- Johnson K.F.Ec
- Johnson M.Dz
- Jones M.Ew
- Jorda C.Bn
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- Joshi U.Dz
- Jung H.Ak
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- Juodagalvis A.Bx
- Justus C.Dt
- Kaadze K.Dz
- Kachanov V.Cp
- Kadastik M.X
- Kadija K.T
- Kaestli H.C.Cw
- Kailas S.Ax
- Kalakhety H.Ed
- Kalinin A.Cp
- Kalinowski A.Ch
- Kalogeropoulos A.Ak
- Kalsi A.K.Au
- Kamel A.E.W
- Kamenev A.Cj
- Kamon T.Fd
- Kangal E.E.Dc
- Kanishchev K.Bj
- Kao K.Y.Da
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- Karancsi J.Ar
- Karapinar G.Dd
- Karapostoli G.Dj
- Karchin P.E.Fh
- Kargoll B.Aj
- Karim\ue4ki V.Z
- Karjavin V.Cj
- Karmgard D.J.Es
- Kasemann M.Ak
- Kasmi A.Dl
- Katkov I.Am
- Katsas P.Ak
- Kaur M.Au
- Kaya M.De
- Kaya O.De
- Kayis Topaksu A.Dc
- Kazana M.Cg
- Keaveney J.E
- Kellams N.Es
- Keller J.Eo
- Kelley R.Ds
- Kellogg R.G.Ek
- Kennedy E.Dr
- Kenny R.P.
- Kenzie M.Dj
- Kesisoglou S.Ao
- Khachatryan V.A
- Khakzad M.Az
- Khalatyan S.Ee
- Khalid S.Cf
- Khalil S.Ei
- Khan A.Dk
- Khan W.A.Cf
- Kharchilava A.Ep
- Khein L.Co
- Khotilovich V.Fd
- Khukhunaishvili A.Ez
- Khurana R.Aw
- Khurshid T.Cf
- Kieseler J.Ak
- Kiesenhofer W.B
- Kilminster B.Cy
- Kim D.Bw
- Kim D.H.Br
- Kim G.N.Br
- Kim H.Bu
- Kim J.H.Bv
- Kim J.Y.Bt
- Kim M.S.Br
- Kim T.J.Bs
- Kim V.Ck
- Kim Y.Bu
- Kinnunen R.Z
- Kirakosyan M.Cn
- Kirsanov M.Cl
- Kirschenmann H.Al
- Klabbers P.Fi
- Klanner R.Al
- Klapoetke K.Em
- Klein D.Ds
- Klein K.Ah
- Kleinwort C.Ak
- Klima B.Dz
- Klingebiel D.Ai
- Klute M.El
- Klyukhin V.Co
- Kn\ufcnz V.B
- Knowlton D.Eo
- Knutsson A.D
- Knutzen S.Ai
- Ko W.Dp
- Koay S.A.Eu
- Kodolova O.Co
- Kogler R.Al
- Kokkas P.Ap
- Kolberg T.Ek
- Kole G.Ay
- Komaragiri J.R.By
- Komm M.H
- Konecki M.Ch
- Kong D.J.Br
- Konigsberg J.Ea
- Konoplyanikov V.Cj
- Konstantinov D.Cp
- Kornmayer A.Am
- Kortelainen M.J.Z
- Korytov A.Ea
- Kotlinski D.Cw
- Kotov K.Et
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- Kousouris K.Cv
- Kovac M.S
- Kovitanggoon K.Fe
- Kozhuharov V.N
- Kr\ue4tschmer I.B
- Kr\ufccker D.Ak
- Krajczar K.Cv
- Krammer M.B
- Krasnikov N.Cl
- Kravchenko I.Eo
- Kreczko L.Dh
- Kreis B.Dz
- Kress M.Ew
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- Kreuzer P.Ai
- Kroeger R.En
- Krofcheck D.Cd
- Krolikowski J.Ch
- Kropivnitskaya A.Bq
- Krutelyov V.Fd
- Krychkine V.Cp
- Kubik A.Er
- Kubota Y.Em
- Kuessel Y.Aj
- Kukartsev G.Do
- Kumar A.Av
- Kumar A.Av
- Kumar A.Av
- Kumar A.Ep
- Kumar S.Ay
- Kumar V.Ax
- Kunori S.Fe
- Kuo C.M.Cz
- Kurca T.Af
- Kurt P.Ee
- Kuznetsova E.Am
- Kwan S.Dz
- Kwon E.Bw
- Kyberd P.Dk
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- Kyriakis A.An
- L\ue9onard A.F
- La Licata C.Bp
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- Lai Y.S.El
- Laird E.Do
- Lamichhane P.Fh
- Lamp\ue9n T.Z
- Lanaro A.Fi
- Lander R.Dp
- Landsberg G.Do
- Lane R.Dj
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- Lange C.Cy
- Lange D.Ej
- Lange J.Al
- Lange W.Ak
- Langenegger U.Cw
- Lannon K.Es
- Lapsien T.Al
- Lariccia P.Bl
- Lassila-Perini K.Z
- Lath A.Fb
- Lawson P.Dn
- Lazaridis C.Fi
- Lazo-Flores J.Eo
- Le Bihan A.-C.ad
- Lebourgeois M.Ds
- Lecoq P.Cv
- Ledovskoy A.Fg
- Lee B.Bu
- Lee J.Bw
- Lee K.S.Bu
- Lee S.Br
- Lee S.W.Fe
- Lee Y.-J.el
- Leggat D.Dk
- Lehti S.Z
- Lei Y.J.Da
- Lelas D.R
- Lemaitre V.H
- Lenz T.Al
- Lenzi P.Be
- Leonard J.Ak
- Leonardo N.Ew
- Leonidov A.Cn
- Leslie D.Dk
- Lethuillier M.Af
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- Levchenko P.Ck
- Levchuk L.Dg
- Levin A.El
- Levine A.Fi
- Li H.Fg
- Li Q.P
- Li W.Ey
- Li W.P
- Liang S.O
- Libeiro T.Fe
- Ligabue F.
- Liko D.B
- Lin C.Fg
- Lin W.Cz
- Linacre J.Dz
- Lincoln D.Dz
- Lind\ue9n T.Z
- Ling T.Y.Et
- Lingemann J.Aj
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- Lipka K.Ak
- Lipton R.Dz
- Lista L.Bi
- Litov L.N
- Liu H.Dl
- Liu H.Dr
- Liu S.P
- Liu T.Dz
- Liu Y.F.Da
- Lloret Iglesias L.Ct
- Lo Vetere M.Bg
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- Lobelle Pardo P.Am
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- Lohmann W.Ak
- Lokhtin I.Co
- Lomtadze T.Bm
- Long O.R.Dr
- Longo E.Bn
- Lopes Pegna D.Ew
- Lopez Virto A.Cu
- Lopez-Fernandez R.Bz
- Loukas D.An
- Louren\ue7o C.Cv
- Loveless R.Fi
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- Lowette S.E
- Lu R.-S.da
- Lu Y.Ek
- Lu Y.J.Cz
- Lucas C.Dh
- Lucas R.Dj
- Lucchini M.T.Bh
- Luckey P.D.El
- Luetic J.T
- Luiggi Lopez E.Dw
- Lujan P.Eu
- Luk M.Do
- Lukina O.Co
- Lungu G.Fa
- Luo W.Es
- Lusito L.Er
- Lustermann W.Cx
- Luthra A.Dr
- Lutz B.Ak
- Luukka P.Z
- Luyckx S.D
- Lychkovskaya N.Cm
- Lykken J.Dz
- Lynch S.Es
- Lyons L.Dj
- M\ue4enp\ue4\ue4 T.Z
- M\ufcller T.Am
- Ma T.El
- Macneill I.Ds
- Maes M.E
- Maeshima K.Dz
- Maggi G.Bb
- Maggi M.Bb
- Magini N.Cv
- Magnan A.-M.dj
- Maguire C.Ff
- Mahmoud M.A.W
- Maity M.Ay
- Majumder D.Da
- Majumder G.Ay
- Makouski M.Ei
- Maksimovic P.Eg
- Malakhov A.Cj
- Malberti M.Dr
- Malbouisson H.K
- Malcles J.Ab
- Malek M.Eh
- Malgeri L.Cv
- Malhotra S.Av
- Malik S.Dj
- Malik S.Eo
- Malvezzi S.Bh
- Mangano B.Cx
- Mankel R.Ak
- Mannelli M.Cv
- Mans J.Em
- Manthos N.Ap
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- Mao Y.Ff
- Mao Y.P
- Maravin Y.Ei
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- Marchesini I.Al
- Marco J.Cu
- Marco R.Cu
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- Margoni M.Bj
- Marinelli N.Es
- Marini A.C.Cx
- Marinov A.M
- Marionneau M.Ek
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- Markou A.An
- Markou C.An
- Markowitz P.Eb
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- Marone M.Bp
- Maroussov V.Ew
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- Marrouche J.Cv
- Martelli A.Bh
- Martin C.Eg
- Martin W.Dk
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- Martinez Rivero C.Cu
- Martinez Ruiz del Arbol P.Cx
- Martinez G.Eb
- Martini L.Bm
- Martins T.D.R.J
- Maruyama S.Dz
- Marzocchi B.Bh
- Maselli S.Bo
- Masetti G.Bc
- Masetti L.Cv
- Mason D.Dz
- Massironi A.Eq
- Mastrolorenzo L.Ac
- Matchev K.Ea
- Mathias B.Dj
- Matorras F.Cu
- Matos Figueiredo D.K
- Matveev V.Cj
- Mavromanolakis G.U
- Mazumdar K.Ay
- Mcbride P.Dz
- Mccartin J.G
- Mccoll N.Dt
- Md Ali M.A.B.By
- Medvedeva T.Eu
- Meier F.Eo
- Meijers F.Cv
- Meister D.Cx
- Mekterovic D.T
- Melo A.Ff
- Melzer-Pellmann I.-A.ak
- Menasce D.Bh
- Mendez H.Ev
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- Meng Z.Dh
- Menichelli M.Bl
- Meola S.Bi
- Mercadante P.G.L
- Meridiani P.Bn
- Merino G.Cr
- Merkel P.Ew
- Merlo J.-P.ef
- Mermerkaya H.Ef
- Merola M.Bi
- Merschmeyer M.Ai
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- Meschi E.Cv
- Meschini M.Be
- Mesropian C.Fa
- Messineo A.Bm
- Mestvirishvili A.Ef
- Mesyats G.Cn
- Meyer A.Ai
- Meyer A.B.Ak
- Miceli T.Dp
- Micheli F.Bn
- Michlin B.Ey
- Migliore E.Bo
- Mignerey A.C.Ek
- Mikulec I.B
- Milenovic P.Ea
- Millan Mejias B.Cy
- Miller D.H.Ew
- Millet P.Ai
- Milosevic J.Cq
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- Mirabito L.Af
- Mirman N.Dx
- Mironov C.Ac
- Mishra K.Dz
- Misiura M.Ch
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- Mitselmakher G.Ea
- Mitta G.Ak
- Mittal M.Au
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- Moeller A.Ef
- Mohammadi Najafabadi M.Az
- Mohammadi A.F
- Mohanty A.K.Ax
- Mohanty G.B.Ay
- Mohapatra A.Fi
- Mohr N.Cx
- Moisenz P.Cj
- Molnar J.Ar
- Monaco V.Bo
- Montalvo R.Fd
- Montanari A.Bc
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- Moon D.H.Ee
- Mooney M.Eu
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- Moran D.Cs
- Morelos Pineda A.Cc
- Moroni L.Bh
- Morovic S.Cv
- Mossolov V.C
- Mott A.Du
- Mousa J.U
- Mozer M.U.Am
- Mrenna S.Dz
- Mucia N.Er
- Mukherjee S.Aw
- Mulders M.Cv
- Mulhearn M.Dp
- Mundim L.K
- Muniz L.Ea
- Munoz Sanchez F.J.Cu
- Murray M.Eh
- Murumaa M.X
- Murzin V.Ck
- Musella P.Cv
- Musich M.Bo
- Musienko Y.Dz
- Mussgiller A.Ak
- My S.Bb
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- N\ufcrnberg A.Am
- Nachtman J.Ef
- Nahn S.Dz
- Naimuddin M.Av
- Nam S.K.Bq
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- Naranjo I.N.Ac
- Naseri M.Az
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- Nash J.Dj
- Nauenberg U.Dw
- Naumann-Emme S.Ak
- Navarria F.L.Bc
- Navarro De Martino E.Cr
- Nawrocki K.Cg
- Nayak A.Ak
- Negrete M.O.Dr
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- Neu C.Fg
- Neumeister N.Ew
- Newbold D.M.Dh
- Newman H.B.Du
- Newman-Holmes C.Dz
- Ngadiuba J.Cy
- Nguyen F.Ci
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- Nicolaou C.U
- Nicolas Kaufman G.Dx
- Nikitenko A.Dj
- Nishu N.Au
- Nogima H.K
- Noonan D.Eh
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- Novgorodova O.Ak
- Nowack A.Aj
- Nowak F.Ak
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- Nugent I.M.Aj
- Nuttens C.H
- Nuzzo S.Bb
- O\u2019Brien C.Ee
- O\u2019Dell V.Dz
- Obertino M.M.Bo
- Obraztsov S.Co
- Ocalan K.Dd
- Ocampo Rios A.A.G
- Ochando C.Ac
- Ochesanu S.D
- Odell N.Er
- Ogul H.Ef
- Oh Y.D.Br
- Ojalvo I.Fi
- Olaiya E.Di
- Olbrechts A.E
- Oliveros S.En
- Olivito D.Ds
- Olschewski M.Ai
- Olsen J.Eu
- Olszewski M.Ch
- Onel Y.Ef
- Onengut G.Dc
- Oreshkin V.Ck
- Organtini G.Bn
- Orimoto T.Eq
- Orsini L.Cv
- Ortona G.Bo
- Osipenkov I.Fd
- Ostapchuk A.Ah
- Ott J.Al
- Ozdemir K.Dc
- Ozok F.Ef
- Ozturk S.Dc
- P\ue9rez-Calero Yzquierdo A.Cr
- Pacher L.Bo
- Padeken K.Ai
- Padhi S.Ds
- Padley B.P.Ey
- Padula S.S.L
- Paganini P.Ac
- Pagano D.H
- Paganoni M.Bh
- Pakhotin Y.Fd
- Paktinat Mehdiabadi S.Az
- Palichik V.Cj
- Palinkas J.Ar
- Palla F.Bm
- Palmer C.Ds
- Panagiotou A.Ao
- Pandolfi F.Cx
- Pant L.M.Ax
- Panwalkar S.Fb
- Paoletti S.Be
- Paolucci P.Bi
- Papacz P.Ai
- Papadopoulos I.Ap
- Pape L.Cv
- Paradas E.Ap
- Paramatti R.Bn
- Paramesvaran S.Dh
- Parashar N.Ex
- Parida B.Ay
- Park H.Br
- Park I.C.Bv
- Park M.Fb
- Park S.Bv
- Park S.K.Bu
- Pashenkov A.Cl
- Pastika N.Em
- Pastrone N.Bo
- Patel R.Fb
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- Paulini M.Dv
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- Pauss F.Cx
- Pavlov B.N
- Pazzini J.Bj
- Pearson T.Es
- Pedraza I.Cb
- Pedrini D.Bh
- Pedro K.Ek
- Peiffer T.Al
- Pela J.Dj
- Pellett D.Dp
- Pelliccioni M.Bo
- Peltola T.Z
- Pena C.Du
- Penzo A.Ef
- Perchalla L.Aj
- Perelygin V.Cj
- Perera L.En
- Perez E.Cv
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- Perloff A.Fd
- Perni\ue8 L.F
- Perrey H.Ak
- Perries S.Af
- Perrini L.H
- Perrotta A.Bc
- Perrozzi L.Cv
- Perry T.Fi
- Peruzzi M.Cx
- Pesaresi M.Dj
- Petkov P.N
- Petrakou E.Da
- Petridis K.Dj
- Petrilli A.Cv
- Petrillo G.Ez
- Petrov V.Cp
- Petrucciani G.Cv
- Petrushanko S.Co
- Petyt D.Di
- Pfeiffer A.Cv
- Piccolo D.Bf
- Piedra Gomez J.Cu
- Pieri M.Ds
- Pierini M.Cv
- Pierro G.A.Fi
- Pietsch N.Al
- Pilot J.Dp
- Pimi\ue4 M.Cv
- Pin A.H
- Pinna Angioni G.L.Bo
- Piotrzkowski K.H
- Piparo D.Cv
- Piperov S.M
- Pirou\ue9 P.Eu
- Pitzl D.Ak
- Placakyte R.Ak
- Plagge M.Cv
- Planer M.Es
- Plestina R.O
- Poehlsen J.Al
- Poehlsen T.Al
- Pol M.E.J
- Polatoz A.Dc
- Polese G.Fi
- Polic D.R
- Poll A.Dh
- Pollack B.Er
- Pompili A.Bb
- Pooth O.Aj
- Popov A.H
- Popov V.Cm
- Potenza A.Bo
- Potenza R.Bd
- Pozdnyakov A.Er
- Pozzobon N.Bj
- Prado Da Silva W.L.K
- Primavera F.Bc
- Prokofyev O.Dz
- Prosper H.Ec
- Psallidas A.An
- Ptochos F.U
- Puerta Pelayo J.Cr
- Pugliese G.Bb
- Puigh D.Et
- Puljak I.R
- Python Q.E
- Qian S.J.P
- Quan X.Eu
- Quast G.Am
- Quertenmont L.H
- Quintario Olmeda A.Cr
- Quittnat M.Cx
- R\uf6cker S.Am
- Rabady D.B
- Rabbertz K.Am
- Racz A.Cv
- Radburn-Smith B.C.Ew
- Radi A.W
- Radogna R.Bb
- Ragazzi S.Bh
- Rahatlou S.Bn
- Rahbaran B.B
- Rahmat R.Ef
- Raics P.As
- Raidal M.X
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- Ramirez Vargas J.E.Ev
- Rander J.Ab
- Ranjan K.Av
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- Ratnikov F.Am
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- Raupach F.Ah
- Raymond D.M.Dj
- Razis P.A.U
- Rebane L.Cx
- Rebassoo F.Ej
- Redaelli N.Bh
- Redjimi R.Ey
- Redondo I.Cr
- Regnard S.Ac
- Reid I.D.Dk
- Reis T.F
- Reithler H.Ai
- Rekovic V.Cq
- Renker D.Cw
- Reucroft S.Ce
- Rezaei Hosseinabadi F.Az
- Ribeiro Cipriano P.M.Ak
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- Richardson C.Dn
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- Roberts J.Ey
- Robmann P.Cy
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- Rodenburg M.Et
- Rodozov M.M
- Rodr\uedguez-Marrero A.Y.Cu
- Rodrigo T.Cu
- Rodrigues Antunes J.Ci
- Rodriguez J.L.Eb
- Roe J.Fd
- Rogan C.Du
- Rogerson S.Dj
- Roh Y.Bu
- Rohe T.Cw
- Rohlf J.Dn
- Rohringer H.B
- Roland B.D
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- Roland G.El
- Rolandi G.Cv
- Romanowska-Rybinska K.Cg
- Romeo F.Bl
- Romero A.Bo
- Romero L.Cr
- Ron E.Ak
- Ronchese P.Bj
- Ronga F.J.Cy
- Rose A.Dj
- Rose A.Fd
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- Rosowsky A.Ab
- Ross I.Fi
- Rossi A.M.Bc
- Rossini M.Cx
- Rougny R.D
- Rovelli C.Bn
- Rovelli T.Bc
- Rovere M.Cv
- Roy D.Aw
- Ruchti R.Es
- Ruiz Alvarez J.D.Af
- Ruiz-Jimeno A.Cu
- Rumerio P.Dm
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- Rusakov S.V.Cn
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- Sacchi R.Bo
- Safarzadeh B.Az
- Safonov A.Fd
- Safronov G.Cm
- Saha A.Bl
- Sahin M. 6.Ak
- Saini L.K.Ei
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- Sakharov A.Br
- Sakulin H.Cv
- Sakuma T.Fd
- Salazar Ibarguen H.A.Cb
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- Salur S.Fb
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- Santaolalla J.K
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- Saoulidou N.Ao
- Sarangi T.Fi
- Sarkar S.Aw
- Sauvan J.B.Ac
- Savin A.Fi
- Savoy-Navarro A.Bm
- Savrin V.Co
- Saxena P.Ak
- Scarborough T.Dl
- Sch\ue4fer C.Cv
- Sch\uf6fbeck R.B
- Schael S.Ah
- Schettler H.Al
- Schizzi A.Bp
- Schleper P.Al
- Schlieckau E.Al
- Schmidt A.Al
- Schmidt R.Ak
- Schmitt M.Er
- Schmitz S.A.Ai
- Schnetzer S.Fb
- Schoerner-Sadenius T.Ak
- Schr\uf6der M.Ak
- Schwick C.Cv
- Scodellaro L.Cu
- Searle M.Dp
- Seez C.Dj
- Segala M.Do
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- Seitz C.Ak
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- Semenov S.Cm
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- Sexton-Kennedy E.Dz
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- Shchutska L.Ea
- Sheldon P.Ff
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- Shi X.Ew
- Shipsey I.Ew
- Shmatov S.Cj
- Shoaib M.Cf
- Shrestha S.Ei
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- Shukla P.Ax
- Shumeiko N.C
- Siegrist P.Cv
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- Sikler F.Aq
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- Simon M.Cv
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- Simonis H.J.Am
- Singh G.Bb
- Singh J.B.Au
- Singovsky A.Em
- Sinthuprasith T.Do
- Sirois Y.Ac
- Siroli G.P.Bc
- Sirunyan A.M.A
- Skatchkov N.Cj
- Skhirtladze N.Ei
- Skinnari L.Dx
- Skuja A.Ek
- Smirnov I.Ck
- Smirnov V.Cj
- Smith G.Et
- Smith J.Dp
- Smith J.G.Dw
- Smith V.J.Dh
- Smith W.H.Fi
- Snigirev A.Co
- Snook B.Ff
- Snow G.R.Eo
- Snowball M.Ea
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- Sobol A.Cp
- Soffi L.Bn
- Sogut K.Dc
- Soha A.Dz
- Sola V.Al
- Solano A.Bo
- Somalwar S.Fb
- Son D.C.Br
- Song S.Bt
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- Sordini V.Af
- Sorokin P.Dg
- Spagnolo P.Bm
- Spalding W.J.Dz
- Spanier S.Fc
- Spannagel S.Ak
- Speer T.Do
- Sperka D.Dn
- Sphicas P.Cv
- Spiegel L.Dz
- Spiezia A.Bl
- Spiga D.Cv
- Spiridonov A.Cm
- Spiropulu M.Du
- Squillacioti P.Bm
- Squires M.Dp
- Srimanobhas N.Db
- St. John J.Dn
- St\uf6ckli F.El
- Stadie H.Al
- Stahl A.Aj
- Staiano A.Bo
- Starodumov A.Cx
- Steggemann J.Cv
- Steinbr\ufcck G.Al
- Stenson K.Dw
- Stephans G.S.F.El
- Stickland D.Eu
- Stieger B.Cv
- Stiliaris E.Ao
- Stober F.M.Am
- Stolin V.Cm
- Stolp D.Dp
- Stone R.Fb
- Stoye M.Cv
- Stoykova S.M
- Stoynev S.Er
- Strauss J.B
- Stringer R.Eh
- Strobbe N.G
- Strom D.E
- Stuart D.Dt
- Stupak J.Ex
- Sturdy J.Fh
- Suarez Gonzalez J.C
- Suarez I.Fd
- Sudano E.Ds
- Sudhakar K.Ay
- Sudic L.T
- Sulak L.Dn
- Sulimov V.Ck
- Sultanov G.M
- Summers D.En
- Sumorok K.El
- Sumowidagdo S.Dr
- Sun W.Dx
- Sunar Cerci D.Dc
- Sung K.Er
- Surat U.E.Dd
- Suwonjandee N.Db
- Svintradze I.Ei
- Svyatkovskiy A.Ew
- Swain S.K.At
- Swanson J.Do
- Swartz M.Eg
- Symonds P.Dk
- Szillasi Z.Ar
- Szleper M.Cg
- Sznajder A.K
- Tabarelli de Fatis T.Bh
- Tadel M.Ds
- Takahashi M.Cx
- Takahashi Y.Cv
- Takasugi E.Dq
- Tali B.Dc
- Talvitie J.Aa
- Tambe N.Em
- Tamponi U.Bo
- Tan P.Ef
- Tao J.O
- Tapper A.Dj
- Taroni S.Cy
- Tatarinov A.Fd
- Taurok A.B
- Tavernier S.E
- Taylor L.Dz
- Tcholakov V.M
- Tenchini R.Bm
- Teo W.D.Dx
- Teodorescu L.Dk
- Teyssier D.Ai
- Th\ufcer S.Ai
- Thea A.Di
- Theofilatos K.Cx
- Thom J.Dx
- Thomas L.F
- Thomas S.Fb
- Thomassen P.Fb
- Thompson J.Dx
- Thyssen F.G
- Tiko A.X
- Timciuc V.Du
- Tiras E.Ef
- Titov M.Ab
- Tkaczyk S.Dz
- Tlisov D.Cl
- To W.Dt
- Tomalin I.R.Di
- Tonelli Manganote E.J.K
- Tonelli G.Bm
- Tonjes M.B.Ek
- Tonwar S.C.Ek
- Topakli H.Dc
- Topkar A.Ax
- Topsis-Giotis I.An
- Torassa E.Bj
- Toropin A.Cl
- Tosi M.Bj
- Tosi N.Bc
- Tosi S.Bg
- Tourtchanovitch L.Cp
- Traczyk P.Bn
- Tran N.V.Dz
- Travaglini R.Bc
- Treberer-Treberspurg W.B
- Treille D.Cv
- Tricomi A.Bd
- Trioss A.Bj
- Tripathi M.Dp
- Trocino D.Eq
- Trocsanyi Z.L.As
- Troendle D.Al
- Tropiano A.Be
- Troshin S.Cp
- Tsamalaidze Z.Ag
- Tsirou A.Cv
- Tu Y.Ds
- Tucker J.Dx
- Tully C.Eu
- Tumasyan A.A
- Tuo S.Ff
- Tuominen E.Z
- Tuominiemi J.Z
- Tuovinen E.Z
- Turkewitz J.Em
- Turner M.Dk
- Turner P.Ee
- Tuuva T.Aa
- Tuve C.Bd
- Tytgat M.G
- Tyurin N.Cp
- Tzeng Y.M.Da
- Ujvari B.As
- Ulmer K.A.Dw
- Ulrich R.Am
- Umer T.Bp
- Uplegger L.Dz
- Usai E.Al
- Uvarov L.Ck
- Uzunian A.Cp
- Vaandering E.W.Dz
- Valls N.Es
- Valuev V.Dq
- Van De Klundert M.D
- Van Doninck W.E
- Van Haevermaet H.D
- Van Hove P.Ad
- Van Mechelen P.D
- Van Mulders P.E
- Van Onsem G.P.E
- Van Remortel N.D
- Van Spilbeeck A.D
- Vander Donckt M.Af
- Vander Velde C.F
- Vanelderen L.Al
- Vanini S.Bj
- Vanlaer P.F
- Vardarl\u131 F.I.Df
- Varela J.Ci
- Varelas N.Ee
- Vargas Trevino A.D.R.Ak
- Vartak A.Ds
- Vavilov S.Ck
- Vazquez Acosta M.Dj
- Vazquez Valencia F.Ca
- Veelken C.Ac
- Veeraraghavan V.Ec
- Velasco M.Er
- Velicanu D.El
- Velkovska J.Ff
- Venditti R.Bb
- Ventura S.Bj
- Venturi A.Bm
- Verdier P.Af
- Verdini P.G.Bm
- Veres G.I.Cv
- Vergili M.Dc
- Vernieri C.Bm
- Verwilligen P.Bb
- Verzetti M.Cy
- Veszpremi V.Aq
- Vesztergombi G.Aq
- Veverka J.El
- Vidal Marono M.H
- Vidal R.Dz
- Vila I.Cu
- Vilar Cortabitarte R.Cu
- Vilela Pereira A.K
- Villella I.E
- Vinogradov A.Cn
- Virdee T.Dj
- Viret S.Af
- Vischia P.Ci
- Vishnevskiy D.Ez
- Vitulo P.Bk
- Vizan Garcia J.M.H
- Vlasov E.Cm
- Vlimant J.R.Cv
- Vogel H.Dv
- Volkov A.Cp
- Volobouev I.Fe
- Volpe R.Cz
- Vorobiev I.Dv
- Vorobyev A.Ck
- Vorobyev A.Ck
- Voutilainen M.Y
- Vuosalo C.Fi
- Vutova M.M
- W\uf6hri H.K.Cv
- W\ufcrthwein F.Ds
- Wagner S.R.Dw
- Wagner-Kuhr J.Am
- Walker M.Fb
- Wallny R.Cx
- Walsh R.Ak
- Waltenberger W.B
- Wang D.P
- Wang F.Ew
- Wang J.F
- Wang Q.Eh
- Wang R.-J.eq
- Wang X.O
- Wang Z.O
- Wardle N.Cv
- Wayand S.Am
- Wayne M.Es
- Weber H.A.Cx
- Weber H.Ah
- Weber M.Ai
- Weber M.Dq
- Weiler T.Am
- Weinberg M.Ec
- Welke C.Ds
- Wendland L.Z
- Weng Y.Dx
- Werner J.S.Eu
- West C.Dt
- Wetzel J.Ef
- Whitbeck A.Dz
- Whitmore J.Dz
- Wickramage N.Ay
- Wilbur S.Dp
- Wilken R.Da
- Wilkinson R.Du
- Williams T.Dh
- Wimpenny S.Dr
- Winer B.L.Et
- Winn D.Dy
- Winstrom L.Dx
- Wissing C.Ak
- Wittich P.Dx
- Wittmer B.Ah
- Wolf M.Es
- Wolf R.Am
- Wolfe H.Et
- Wollny H.Cv
- Wolszczak W.Ch
- Womersley W.J.Di
- Won S.Er
- Wood D.Eq
- Wood J.Fg
- Wood J.S.Eh
- Woodard A.Es
- Woods N.Fi
- Worm S.D.Di
- Wright D.Ej
- Wulsin H.W.Et
- Wulz C.-E.b
- Wyslouch B.El
- Xiao H.Af
- Xie S.Du
- Xie W.Ew
- Xu L.Ew
- Yagil A.Ds
- Yalvac M.Dd
- Yang F.Dz
- Yang M.El
- Yang Y.Cy
- Yazgan E.G
- Yelton J.Ea
- Yetkin T.Ef
- Yi K.Ef
- Yilmaz Y.Ac
- Yohay R.Dp
- Yoo H.D.Ew
- Yoo J.Ds
- Yoon A.S.El
- York A.Fc
- Yu I.Bw
- Yu S.S.Cz
- Yumiceva F.Ed
- Zabel J.Ey
- Zabi A.Ac
- Zablocki J.Ew
- Zaganidis N.G
- Zakaria M.Ea
- Zalewski P.Cg
- Zanetti A.Bp
- Zanetti M.El
- Zarubin A.Cj
- Zeinali M.Az
- Zenz S.C.Dj
- Zeuner W.D.Cv
- Zeyrek M.Dd
- Zhang J.Eq
- Zhang L.P
- Zheng Y.Ew
- Zhokin A.Cm
- Zhu R.Y.Du
- Zhukov V.Ah
- Zhukova V.El
- Zito G.Bb
- Zotto P.Bj
- Zou W.P
- Zsigmond A.J.Aq
- Zucchetta A.Bj
- Zuranski A.Eu
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2014
- Field of study
Get PDFSearches for supersymmetry (SUSY) are presented based on the electroweak pair production of neutralinos and charginos, leading to decay channels with Higgs, Z, and W bosons and undetected lightest SUSY particles (LSPs). The data sample corresponds to an integrated luminosity of about 19.5 fb(-1) of proton-proton collisions at a center-of-mass energy of 8 TeV collected in 2012 with the CMS detector at the LHC. The main emphasis is neutralino pair production in which each neutralino decays either to a Higgs boson (h) and an LSP or to a Z boson and an LSP, leading to hh, hZ, and ZZ states with missing transverse energy (E-T(miss)). A second aspect is chargino-neutralino pair production, leading to hW states with E-T(miss). The decays of a Higgs boson to a bottom-quark pair, to a photon pair, and to final states with leptons are considered in conjunction with hadronic and leptonic decay modes of the Z and W bosons. No evidence is found for supersymmetric particles, and 95% confidence level upper limits are evaluated for the respective pair production cross sections and for neutralino and chargino mass values
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