7–11 Apr 2008
University College London
Europe/Zurich timezone

Contribution List

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  1. Prof. Malcolm Grant (Provost and President of University College London)
    07/04/2008, 09:00
  2. Matthew Wing (University College London)
    07/04/2008, 09:05
  3. Andre Schoening (ETH Zuerich)
    07/04/2008, 09:15
    Plenary Sessions
  4. Halina Abramowicz (MPI Munich /Tel Aviv)
    07/04/2008, 09:45
    Plenary Sessions
  5. Heidi Schellman (Northwestern University)
    07/04/2008, 10:15
    Plenary Sessions
  6. James Stirling (Durham)
    07/04/2008, 11:10
    Plenary Sessions
  7. Eric Laenen (Fermi National Accelerator Laboratory (FNAL))
    07/04/2008, 11:40
    Plenary Sessions
  8. Xiangdong Ji (University of Maryland)
    07/04/2008, 12:25
    Plenary Sessions
  9. Deborah Harris (Fermilab)
    07/04/2008, 14:20
    Plenary Sessions
  10. Thomas Ullrich (Brookhaven National Lab)
    07/04/2008, 14:50
    Plenary Sessions
  11. Wesley Smith (University of Wisconsin)
    07/04/2008, 15:20
    Plenary Sessions
  12. Markus DIEHL (DESY)
    07/04/2008, 16:20
    Diffraction and Vector Mesons
  13. Andrea Dainese (Laboratori Nazionali di Legnaro)
    07/04/2008, 16:20
  14. Ben Cooper (Queen Mary & Westfield College - University of London)
    07/04/2008, 16:20
    Electroweak Physics and Hadronic Final States
  15. Graeme Watt
    07/04/2008, 16:20
    Structure Functions
  16. Carl Gagliardi (Texas A&M)
    07/04/2008, 16:20
  17. Dr Paul Newman (Birmingham University)
    07/04/2008, 16:40
    Diffraction and Vector Mesons
    Selected experimental diffractive results from the ongoing HERA-LHC workshop are presented, together with details of what is planned for the closing meeting in May. The main emphasis will be to illustrate clearly the areas where further information from HERA is most needed.
  18. Alan Hoffman (MIT)
    07/04/2008, 16:40
  19. Eleanor Dobson (University of Oxford)
    07/04/2008, 16:40
    Electroweak Physics and Hadronic Final States
  20. Dr Pavel Nadolsky (Michigan State University)
    07/04/2008, 16:45
    Structure Functions
  21. Eva Bouhova-Thacker (Lancaster)
    07/04/2008, 16:50
  22. Grigorios Chachamis (University of Wuerzburg)
    07/04/2008, 17:00
    Electroweak Physics and Hadronic Final States
  23. Marta RUSPA (Univ Piemonte Orientale)
    07/04/2008, 17:00
    Diffraction and Vector Mesons
    The diffractive dissociation of virtual photons, gamma*p -> X p, has been measured with the ZEUS detector in e+p collisions at HERA. Events were selected either by requiring a large rapidity gap between the system X and the outgoing proton, or by tagging the outgoing proton, or by exploiting the different distribution of the the mass of the system X for diffractive and non diffractive...
  24. Kazuya Aoki (Kyoto University)
    07/04/2008, 17:00
  25. Joel Feltesse (DAPNIA)
    07/04/2008, 17:10
    Structure Functions
  26. Valery Andreev (Univ.of California Los Angeles UCLA)
    07/04/2008, 17:20
  27. Nikolas Kauer (University of Wuerzburg)
    07/04/2008, 17:20
    Electroweak Physics and Hadronic Final States
  28. Frank Ellinghaus (University of Colorado)
    07/04/2008, 17:20
  29. Lorenzo Rinaldi (INFN, Sezione di Bologna-Universita & INFN, Bologna)
    07/04/2008, 17:25
    Diffraction and Vector Mesons
    The semi-inclusive reaction ep->eXp, with a final-state proton carrying a large fraction of the incoming proton energy, xL>0.32, and trasverse-momentum squared pT^2<0.5 GeV^2, was studied with the ZEUS detector at HERA for exchnged photon virtualities Q^2>3 GeV^2 and mass of the photon-proton system 45<W<225 GeV, using an integrated luminosity of 12.8pb-1. Leading-proton production cross...
  30. Amanda Sarkar (University of Oxford)
    07/04/2008, 17:30
    Structure Functions
  31. E. Leader (Imperial College London)
    07/04/2008, 17:40
  32. Sven Moch (DESY)
    07/04/2008, 17:40
    Electroweak Physics and Hadronic Final States
  33. 07/04/2008, 17:45
  34. Paul James Laycock (Oliver Lodge Laboratory-University of Liverpool)
    08/04/2008, 09:00
    Diffraction and Vector Mesons
    Differential dijet cross sections in diffractive deep-inelastic scattering are measured with the H1 detector at HERA using an integrated luminosity of 51.5 pb-1. The selected events are of the type ep --> eXY, where the system X contains at least two jets and is well separated in rapidity from the low mass proton dissociation system Y. The dijet data are compared with QCD predictions at...
  35. Allison Lung (Jefferson Laboratory)
    08/04/2008, 09:00
  36. NITESH SONI (University of Birmingham (UK))
    08/04/2008, 09:00
  37. Alexandre Korzenev (Joint Institute for Nuclear Research (JINR))
    08/04/2008, 09:00
    An overview of recent COMPASS (NA58/SPS) results on the determination of longitudinal polarized quark distributions is given. The results were obtained in inclusive and semi-inclusive deep-inelastic scattering of a 160 GeV polarized muon beam off a large polarized $^6$LiD target. The covered kinematics range is $0.004<x<0.7$ and $1< Q2 < 100$ (GeV/$c)2$. The presented data were...
  38. Prof. Kevin McFarland (University of Rochester)
    08/04/2008, 09:00
    Electroweak Physics and Structure Functions
  39. Frank Krauss (Durham)
    08/04/2008, 09:00
    Hadronic Final States
  40. Florent Robinet (CEA - Saclay)
    08/04/2008, 09:20
    One of the main goals of the COMPASS experiment at CERN is to measure the gluon polarization, $DeltaG/G$ in the nucleon, which can be accessed through spin asymmetries of polarized photon-gluon fusion processes (PGF). A very clean way to tag PGF events is to look for charmed mesons, such as D* or D0, in the final state. All COMPASS data taken with a deuteron target (2002-2006) are...
  41. Wojtek Slominski
    08/04/2008, 09:20
    Diffraction and Vector Mesons
    The recent results on diffractive dijet production measured with the ZEUS detector in ep collisions at HERA, are presented. Two sets of data, corresponding to highly virtual (DIS) and nearly real photon (PHP), are shown. The results are compared to the NLO QCD predictions with the emphasis on possible observation of the factorisation breaking for soft photons. The uncertainties of 20-30%...
  42. Stefan Hoeche (Durham)
    08/04/2008, 09:20
    Hadronic Final States
  43. Kunihiro Nagano (KEK)
    08/04/2008, 09:20
    Electroweak Physics and Structure Functions
  44. Eduard De La Cruz Burelo (University of Michigan)
    08/04/2008, 09:30
  45. Prof. Kevin McFarland (University of Rochester)
    08/04/2008, 09:40
    Electroweak Physics and Structure Functions
  46. Marcin Stolarski (Faculty of Physics - Warsaw University of Technology)
    08/04/2008, 09:40
    A new COMPASS value of $\Delta G/G$, obtained from high transverse momentum hadrons pairs in the $Q^{2}>1$ (GeV/$c$)$^{2}$ region is presented. The statistical error of $\Delta G/G$ ($\approx 0.094$) is reduced by a factor 3 in comparison to the previous analysis in the same kinematic region. The new measurement is based on a neural network approach using weighted events. In addition the...
  47. Manuel Baehr (Karlsruhe)
    08/04/2008, 09:40
    Hadronic Final States
  48. Karel Cerny (Charles University in Prague)
    08/04/2008, 09:45
    Diffraction and Vector Mesons
  49. Bernd Surrow (MIT)
    08/04/2008, 09:45
  50. Katja Krueger (Heidelberg)
    08/04/2008, 09:50
  51. Andrew Mehta (Liverpool)
    08/04/2008, 09:55
    Hadronic Final States
  52. Cristina Galea (Radboud University Nijmegen)
    08/04/2008, 10:00
    Electroweak Physics and Structure Functions
  53. Hal Jackson (ANL)
    08/04/2008, 10:00
  54. yehuda eisenberg
    08/04/2008, 10:05
  55. Krzysztof Golec-Biernat (Institute of Nuclear Physics, Cracow)
    08/04/2008, 10:10
    Diffraction and Vector Mesons
  56. Florian Bechtel (Hamburg)
    08/04/2008, 10:15
    Hadronic Final States
  57. Silvia Goy Lopez (CERN)
    08/04/2008, 10:20
    Electroweak Physics and Structure Functions
  58. 08/04/2008, 10:30
  59. Alexander Sherstnev (Moscow)
    08/04/2008, 10:35
    Hadronic Final States
  60. Kirill Tuchin (Iowa State University/RBRC)
    08/04/2008, 11:10
    Diffraction and Vector Mesons
    We calculate multiplicity and spectrum of diffractively produced gluons in onium-nucleus collisions which include the low-x evolution in all rapidity intervals. We demonstrate that the diffractive gluon production exhibits a characteristic dependence on energy, rapidity, transverse momentum and atomic number that opens a new avenue towards the phenomenological applications in eA and...
  61. Evgueni Goudzovski (University of Birmingham)
    08/04/2008, 11:10
    Electroweak and BSM
  62. Heidi Schellman (Northwestern University)
    08/04/2008, 11:10
  63. Vince Sulkosky
    08/04/2008, 11:10
  64. Sarah Malik (University College London)
    08/04/2008, 11:10
    Structure Functions
  65. Krzysztof Nowak (Zuerich)
    08/04/2008, 11:10
    Hadronic Final States
  66. Frank Simon (MPI Muenchen)
    08/04/2008, 11:30
  67. Yurii Maravin (KSU)
    08/04/2008, 11:30
    Electroweak and BSM
  68. Jonathan Hays (Blackett Lab.High Energy Phys.Group-Imperial College)
    08/04/2008, 11:30
    Structure Functions
  69. Mario Campanelli (UCL)
    08/04/2008, 11:30
    Hadronic Final States
  70. Leszek Motyka (Hamburg University)
    08/04/2008, 11:30
    Diffraction and Vector Mesons
    The scattering of a baryon consisting of three massive quarks is investigated in the high energy limit of perturbative QCD. We derive the elastic impact factors for 2, 3 and 4 gluons, and study the energy evolution of the corresponding elastic scattering amplitudes. We find that the baryon couples to the BFKL Pomeron, the BKP odderon and a new BKP Pomeron state composed of three...
  71. Heidi Schellman (Northwestern University)
    08/04/2008, 11:40
  72. Prof. Peter Bosted (JLAB)
    08/04/2008, 11:50
    Structure Functions
  73. David Waters (University College London)
    08/04/2008, 11:50
    Electroweak and BSM
  74. Dennis Veretennikov
    08/04/2008, 11:50
  75. Leszek Motyka (Hamburg University)
    08/04/2008, 11:50
    Diffraction and Vector Mesons
    The $J/\psi$ and $\Upsilon$ production in high energy proton-proton and proton-antiproton collisions is studied. Estimates are presented of the odderon-Pomeron and photon-Pomeron contributions to these production processes at the Tevatron and at the LHC. Differences between the kinematical distributions of the produced mesons are pointed out that should allow to distinguish between...
  76. Bernd Kniehl (Hamburg)
    08/04/2008, 11:50
    Hadronic Final States
  77. 08/04/2008, 12:10
  78. Alessandro Papa (Univ. Calabria & INFN-Cosenza)
    08/04/2008, 12:10
    Diffraction and Vector Mesons
    We show that the use of a collinearly BFKL kernel in the NLA amplitude for the electroproduction of two light vector mesons leads to a smooth behavior of the amplitude with the center-of-mass energy, both for equal and strongly ordered photons' virtualities. Moreover, the optimal values of the energy scales appearing in the subleading terms turn out to be closer to the kinematical...
  79. Nathalie Besson (CEA/Saclay)
    08/04/2008, 12:10
    Electroweak and BSM
  80. Dr Ronan McNulty (UNIVERSITY COLLEGE DUBLIN)
    08/04/2008, 12:10
  81. Nikolai Zotov (Moscow)
    08/04/2008, 12:10
    Hadronic Final States
  82. Andrea Piccione
    08/04/2008, 12:10
  83. Dr Agustin Sabio Vera (CERN)
    08/04/2008, 12:30
    A review on how to phenomenologically extract information about conformal spins of the BFKL formalism will be provided. The focus will be on signatures at hadron-hadron and lepton-hadron colliders
  84. Philipp Haegler (TU Munich)
    08/04/2008, 12:30
  85. Dr Robert Thorne (UCL)
    08/04/2008, 12:30
  86. Helen Caines (Yale)
    08/04/2008, 12:30
    Hadronic Final States
  87. Sara Bolognesi (Torino/INFN), Sara Bolognesi (Università degli Studi di Torino and INFN (To))
    08/04/2008, 12:30
    Electroweak and BSM
  88. Konstantin Goulianos (The Rockefeller University)
    08/04/2008, 14:00
    Diffraction and Vector Mesons
    We report preliminary CDF~II single diffractive W/Z and final exclusive dijet production results from $\bar pp$ collisions at $\sqrt{s}=1.96$~TeV at the Fermilab Tevatron. The results are compared with theoretical expectations and the measured exclusive dijet cross sections are used to check models for exclusive Higgs boson production at the Large Hadron Collider.
  89. D Mueller (Bochum)
    08/04/2008, 14:00
  90. Uri Karshon (Weizmann Institute)
    08/04/2008, 14:00
    Hadronic Final States
  91. Helmut Burkhardt (CERN)
    08/04/2008, 14:00
  92. Prof. Dieter Schildknecht
    08/04/2008, 14:00
    Structure Functions
  93. Frank Krauss (Durham University)
    08/04/2008, 14:00
    Electroweak and BSM
  94. James Pinfold (Department of Physics)
    08/04/2008, 14:20
    Diffraction and Vector Mesons
    We report on the search for exclusive interactions at CDF-II . These interactions include two photon production of e+e- and mu+mu- final states, doubly diffractive production of a photon-photon final state, and, production of the J/Psi and the Psi-prime via gamma-pomeron fusion.
  95. Dr Juan Rojo-Chacon
    08/04/2008, 14:20
    Structure Functions
  96. Anna Falkiewicz (Cracow)
    08/04/2008, 14:20
    Hadronic Final States
  97. Philippe Gris (IN2P3-CNRS)
    08/04/2008, 14:20
    Electroweak and BSM
  98. F. Yuan
    08/04/2008, 14:20
  99. Hans Braun (CERN)
    08/04/2008, 14:30
  100. Dan Traynor (QM London)
    08/04/2008, 14:40
    Hadronic Final States
  101. Severine Ovyn (Institut de Physique Nucleaire)
    08/04/2008, 14:40
    Diffraction and Vector Mesons
    Exclusive production of dileptons with no significant additional activity in the CMS detector occurs with high cross section in gamma-mediated processes at the LHC. Selecting events with a single back-to-back $\mu^{+}\mu^{-}$ or $e^{+}e^{-}$ pair provides a high-statistics calibration sample, e.g. for luminosity measurements and aligment of forward proton detectors. Photoproduction of...
  102. Fred Olness (Southern Methodist University)
    08/04/2008, 14:40
    Structure Functions
  103. Max Chertok (University of California, Davis)
    08/04/2008, 14:40
    Electroweak and BSM
  104. K Tanaka (Juntendo University)
    08/04/2008, 14:50
  105. Renaud Bruneliere (University of Freiburg)
    08/04/2008, 14:55
    Electroweak and BSM
  106. 08/04/2008, 15:00
  107. Raffaella De Vita (Genoa)
    08/04/2008, 15:00
    Hadronic Final States
  108. Dr Antonio Vilela Pereira (University of Turin)
    08/04/2008, 15:00
    Diffraction and Vector Mesons
    We present a study of single-diffractive $W$-boson production in $pp$ collisions at $\sqrt{s}=14$~TeV, $pp \to Xp$ with $X$ including a $W$ boson, with the CMS detector. We discuss the feasibility of observing this process with an integrated effective luminosity for single interactions of 100~pb$^{-1}$.
  109. Prof. Christophe Royon
    08/04/2008, 15:00
    Structure Functions
    Using the ``Quality Factor'' (QF) method, we analyse the scaling properties of deep-inelastic processes cross-sections at HERA for $x<10^{-2}.$ We look for scaling formulae of the form $\sigma ^{\gamma^*p}(\tau),$ where $\tau (L\!=\!\log Q^2,Y)$ is a scaling variable proposed in the literature and suggested by the asymptotic properties of QCD evolution equations with rapidity $Y$. We...
  110. G Goldstein (Tufts)
    08/04/2008, 15:10
  111. Yurii Maravin (KSU)
    08/04/2008, 15:10
    Electroweak and BSM
  112. Björn Seitz (University of Glasgow)
    08/04/2008, 15:10
  113. Galina Gapienko (Protvino)
    08/04/2008, 15:20
    Hadronic Final States
  114. Andre Utermann
    08/04/2008, 15:20
    Structure Functions
  115. Oldrich Kepka (Centre d'Etudes de Saclay (CEN Saclay))
    08/04/2008, 15:20
    Diffraction and Vector Mesons
  116. Mark Terwort (University of Hamburg/DESY)
    08/04/2008, 15:25
    Electroweak and BSM
  117. C Lorce (Liege)
    08/04/2008, 16:10
  118. Vladimir saleev (Samara)
    08/04/2008, 16:10
    Hadronic Final States
  119. Jeremy Miller (Tel Aviv University)
    08/04/2008, 16:10
    Diffraction and Vector Mesons
  120. Tobias Toll
    08/04/2008, 16:10
  121. Tulika Bose (Brown University)
    08/04/2008, 16:10
    Electroweak and BSM
  122. Dr Robert Thorne (UCL)
    08/04/2008, 16:10
    Structure Functions
  123. Joakim Nystrand (Department of Physics and Technology)
    08/04/2008, 16:25
    Diffraction and Vector Mesons
    Exclusive photoproduction of vector mesons have been studied in electron-proton and electron-nucleus interactions, for example at HERA, and lately also in heavy-ion collisions at the Relativistic Heavy-Ion Collider (RHIC) at BNL[1,2]. Mid-rapidity photoproduction of heavy vector mesons in proton-proton and nucleus-nucleus collisions at RHIC and the Large Hadron Collider at CERN is a...
  124. Loic Quertenmont (Univ. Catholique de Louvain)
    08/04/2008, 16:25
    Electroweak and BSM
  125. Ursula Samson (University of Bonn)
    08/04/2008, 16:30
  126. Xiaorui Lu (Tokyo)
    08/04/2008, 16:30
  127. Dr Daniel Kollar (Max-Planck-Institut for Physics, Munich)
    08/04/2008, 16:30
    Structure Functions
  128. Gerard Gilfoyle (Richmond)
    08/04/2008, 16:30
    Hadronic Final States
  129. Carsten Magass (RWTH Aachen)
    08/04/2008, 16:40
    Electroweak and BSM
  130. Muriel Vander Donckt (CERN)
    08/04/2008, 16:45
    Diffraction and Vector Mesons
  131. M Radici (Pavia)
    08/04/2008, 16:50
  132. Nikolaos Kidonakis (Kennesaw)
    08/04/2008, 16:50
    Hadronic Final States
  133. Matthias U. Mozer (Unknown)
    08/04/2008, 16:55
    Electroweak and BSM
  134. Dr Tara Shears (UNIVERSITY OF LIVERPOOL)
    08/04/2008, 17:00
  135. Dr Biljana Antunovic (DESY)
    08/04/2008, 17:05
    Structure Functions
  136. Dr Marek Tasevsky (Physics Institute Prague)
    08/04/2008, 17:05
    Diffraction and Vector Mesons
  137. Teresa Tymieniecka (Warsaw)
    08/04/2008, 17:10
    Hadronic Final States
  138. Pierre-Hugues Beauchemin (Oxford University)
    08/04/2008, 17:10
    Electroweak and BSM
  139. Piet Mulders (Amsterdam)
    08/04/2008, 17:10
  140. Valery Khoze (Science Laboratories)
    08/04/2008, 17:20
    Diffraction and Vector Mesons
    We show how the early data runs of the LHC can provide valuable checks of the different components of the formalism used to predict the cross sections of central exclusive processes.
  141. Teresa Tymieniecka (Warsaw)
    08/04/2008, 17:25
    Hadronic Final States
  142. Ilias Panagoulias (National Technical University of Athens)
    08/04/2008, 17:25
    Electroweak and BSM
  143. Cristian Pisano (Vrije Universiteit Amsterdam)
    08/04/2008, 17:30
  144. Prof. Vladimir Chekelian (MPI for Physics, Munich)
    08/04/2008, 17:35
    Structure Functions
  145. Jeffrey Forshaw (University of Manchester)
    08/04/2008, 17:40
    Diffraction and Vector Mesons
    The simplest supersymmetric model that solves the mu-problem and in which the GUT-scale parameters need not be finely tuned in order to predict the correct value of the Z boson mass is the Next-to-Minimal Supersymmetric Standard Model (NMSSM). However, in order that fine-tuning be absent, the lightest CP-even Higgs boson h should have mass around 100 GeV and SM couplings to gauge ...
  146. Prof. Aleksander Filip Zarnecki (Warsaw University)
    08/04/2008, 17:40
    Electroweak and BSM
  147. Denise Spangler (Durham University)
    09/04/2008, 09:00
    Electroweak and BSM
  148. Aharon Levy (MPI Munich /Tel Aviv)
    09/04/2008, 09:00
    Diffraction and Structure Functions
  149. Lev Khein (Moscow)
    09/04/2008, 09:00
    Hadronic Final States
  150. Thomas Kluge (Department of Physics-Oliver Lodge Laboratory-University of Live)
    09/04/2008, 09:00
  151. Andre Mischke (Universiteit Utrecht)
    09/04/2008, 09:00
  152. Federica Sozzi (INFN)
    09/04/2008, 09:00
    The study of transverse spin effects is part of the scientific program of COMPASS, a fixed target experiment at the CERN SPS. COMPASS investigates the transversity PDF in semi-inclusive DIS, using a longitudinally polarized muon beam of 160~GeV/c impinging on transversely polarized nucleons. From 2002 to 2004, a $^6$LiD target has been used; in these data transversity has been...
  153. Slava Krutelyov (Physics Department - University of California)
    09/04/2008, 09:15
    Electroweak and BSM
  154. Prof. Pierre Van Mechelen (Universiteit Antwerpen)
    09/04/2008, 09:20
    Diffraction and Structure Functions
    Forward physics with CMS at the LHC covers a wide range of physics subjects, including very low-x QCD, underlying event and multiple interactions characteristics, photon-mediated processes, shower development at the energy scale of primary cosmic ray interactions with the atmosphere, diffraction in the presence of a hard scale and even MSSM Higgs discovery in central exclusive production....
  155. Aleksander Filip Zarnecki (Warsaw University)
    09/04/2008, 09:20
  156. Jacek Turnau (Cracow)
    09/04/2008, 09:20
    Hadronic Final States
  157. Akio Ogawa (BNL)
    09/04/2008, 09:20
  158. Sven Moch (DESY)
    09/04/2008, 09:30
  159. Sharon Hagopian (Florida State University)
    09/04/2008, 09:30
    Electroweak and BSM
  160. A Prokudin (Torino)
    09/04/2008, 09:40
  161. Christophe Royon (CEA Saclay)
    09/04/2008, 09:40
    Hadronic Final States
  162. Andrew Denis Pilkington (University of Manchester)
    09/04/2008, 09:40
    Diffraction and Structure Functions
    The potential of forward physics measurements at ATLAS is presented. A brief description of the ZDC and LHCf is given, along with the dedicated luminosity system, LUCID and ALFA. The physics measurements include low luminosity elastic and diffractive measurements using the existing forward detectors and upgraded proton tagging at high luminosity to search for new physics.
  163. Jeffrey Forshaw (University of Manchester)
    09/04/2008, 09:40
  164. Marie Jacquet (Orsay)
    09/04/2008, 09:45
    Electroweak and BSM
  165. Isabella Bierenbaum
    09/04/2008, 09:55
  166. Chris White (NIKHEF)
    09/04/2008, 10:00
    Hadronic Final States
  167. A Bacchetta (JLab)
    09/04/2008, 10:00
  168. Andy Hocker (Fermilab)
    09/04/2008, 10:00
    Electroweak and BSM
  169. Brian Cox (University of Manchester)
    09/04/2008, 10:05
    Diffraction and Structure Functions
  170. Stanley J. Brodsky (SLAC)
    09/04/2008, 10:05
  171. James Ferrando (Oxford University)
    09/04/2008, 10:15
    Electroweak and BSM
  172. Krzys Kutak (DESY)
    09/04/2008, 10:20
    Hadronic Final States
  173. L Gamberg (PSU)
    09/04/2008, 10:20
  174. John Lajoie (Iowa State University)
    09/04/2008, 10:25
    Diffraction and Structure Functions
  175. Andrea Parenti (DESY)
    09/04/2008, 10:30
    Electroweak and BSM
  176. Francesco Hautmann (CERN)
    09/04/2008, 10:40
    Hadronic Final States
  177. Lev Lipatov
    09/04/2008, 11:10
    Structure Functions
  178. Laurent Favart (Universite Libre de Bruxelles)
    09/04/2008, 11:10
    Diffraction and Vector Mesons
    A measurement of elastic deeply virtual Compton scattering gamma* p -> gamma p using e-p collision data recorded with the H1 detector at HERA is presented. The analysed data sample corresponds to an integrated luminosity of 145 pb^-1. The cross section is measured as a function of the virtuality Q^2 of the exchanged photon and the centre-of-mass energy W of the gamma*p system in the kinematic...
  179. Johannes Bluemlein
    09/04/2008, 11:10
  180. Akio Ogawa (BNL)
    09/04/2008, 11:10
  181. Chris White (NIKHEF)
    09/04/2008, 11:10
    Electroweak and BSM
  182. Juraj Bracinik (Department of Nuclear Physics)
    09/04/2008, 11:10
  183. Bernd Kniehl (Hamburg)
    09/04/2008, 11:25
  184. Simone Marzani (University of Edinburgh)
    09/04/2008, 11:30
    Structure Functions
  185. Xavier Janssen (Universite Libre de Bruxelles (ULB))
    09/04/2008, 11:30
    Diffraction and Vector Mesons
  186. Dominic Hirschbuehl (Karlsruhe University)
    09/04/2008, 11:30
    Electroweak and BSM
  187. Flemming Videbaek (BNL)
    09/04/2008, 11:30
  188. S. Liuti (Virginia)
    09/04/2008, 11:35
  189. Andreas Jung (Heidelberg)
    09/04/2008, 11:50
  190. Dr Johannes Bluemlein (DESY)
    09/04/2008, 11:50
    Structure Functions
  191. Doug Fields (University of New Mexico)
    09/04/2008, 11:50
  192. Dookee Cho (Boston University)
    09/04/2008, 11:50
    Electroweak and BSM
  193. Justyna Ukleja (Penn State University)
    09/04/2008, 11:55
    Diffraction and Vector Mesons
    The exclusive electroproduction of rho, gamma*p -> rho0 p, has been studied with the ZEUS detector at HERA for the virtualities exchanged photon in range 2<Q^2<160 GeV^2, the photon-proton centre-of-mass energy 32<W<180 GeV^2. The cross sections are presented as a function of Q^2 and W. The helicity analysis of the decay-matrix elements of rho0 was used to study the ratio of the gamma* p...
  194. S. Niccolai (Orsay)
    09/04/2008, 12:00
  195. Stefano Melis (Torino)
    09/04/2008, 12:10
  196. Dr Juan Rojo-Chacon
    09/04/2008, 12:10
    Structure Functions
  197. Petteri Mehtala (University of Helsinki)
    09/04/2008, 12:10
    Electroweak and BSM
  198. Janusz Malka (Univ of Lodz)
    09/04/2008, 12:15
    Diffraction and Vector Mesons
  199. Dr peter bussey (university of glasgow)
    09/04/2008, 12:20
  200. Andrzej Sandacz (The Andrzej Soltan Institute for Nuclear Studies-Unknown-Unknow)
    09/04/2008, 12:25
  201. T Teckentrup (Bochum)
    09/04/2008, 12:30
  202. Graeme Watt
    09/04/2008, 12:30
    Diffraction and Vector Mesons
  203. Richard Hawkings (CERN)
    09/04/2008, 12:30
    Electroweak and BSM
  204. Sergey Alekhin (State Res.Center of Russian Feder. Inst.f.High Energy Phys. (IFVE))
    09/04/2008, 12:30
    Structure Functions
  205. Thia Keppel
    09/04/2008, 14:00
    Structure Functions
  206. Karin Daum
    09/04/2008, 14:00
  207. Thorben Theedt (Hamburg)
    09/04/2008, 14:00
    Hadronic Final States
  208. Markus DIEHL (DESY)
    09/04/2008, 14:00
    Diffraction and Vector Mesons and Spin Physics
  209. Eram Rizvi (Queen Mary, University of London)
    09/04/2008, 14:00
    Electroweak and BSM
  210. Riccardo Brugnera (Padova University and INFN)
    09/04/2008, 14:15
  211. Maxime Gouzevitch (Paris)
    09/04/2008, 14:20
    Hadronic Final States
  212. Mikhail Rogal
    09/04/2008, 14:20
    Structure Functions
  213. Chris Potter (McGill University)
    09/04/2008, 14:20
    Electroweak and BSM
  214. M. Lamont (BNL)
    09/04/2008, 14:25
  215. S Niccolai (Arizona)
    09/04/2008, 14:30
    Diffraction and Vector Mesons and Spin Physics
  216. Hugo Pereira
    09/04/2008, 14:30
  217. Albert Hans Knutsson (Deutsches Elektronen Synchrotron (DESY))
    09/04/2008, 14:40
    Structure Functions
  218. Bertrand Martin (LPSC, Grenoble)
    09/04/2008, 14:40
    Electroweak and BSM
  219. Thomas Kluge (Liverpool)
    09/04/2008, 14:45
    Hadronic Final States
  220. Andy Miller (Triumf)
    09/04/2008, 14:50
    Diffraction and Vector Mesons and Spin Physics
  221. Frank Simon (MPI for Physics, Munich)
    09/04/2008, 14:50
  222. Pierre Artoisenet
    09/04/2008, 15:00
  223. Prof. Jon Pumplin (Michigan State University)
    09/04/2008, 15:00
    Structure Functions
  224. Junji Naganoma (Waseda University)
    09/04/2008, 15:00
    Electroweak and BSM
  225. Gionata Luisoni (Zuerich)
    09/04/2008, 15:05
    Hadronic Final States
  226. Dietmar Zeiler (Erlangen)
    09/04/2008, 15:10
    Diffraction and Vector Mesons and Spin Physics
  227. J. Balewski (MIT)
    09/04/2008, 15:15
  228. Joerg Meyer (Universitaet Goettingen)
    09/04/2008, 15:20
    Electroweak and BSM
  229. Dr Agustin Sabio Vera (CERN)
    09/04/2008, 15:20
    Structure Functions
  230. Hasko Stenzel (Giessen)
    09/04/2008, 15:25
    Hadronic Final States
  231. Ivana Hristova (DESY)
    09/04/2008, 15:25
    Diffraction and Vector Mesons and Spin Physics
  232. Nikolaos Kidonakis (Kennesaw State University)
    09/04/2008, 16:10
    Electroweak and BSM
  233. Tim Namsoo (DESY)
    09/04/2008, 16:10
    Hadronic Final States
  234. Thia Keppel
    09/04/2008, 16:10
  235. Hongxue Ye (Peking University)
    09/04/2008, 16:10
    Diffraction and Vector Mesons and Spin Physics
  236. Gregory Soyez (BNL)
    09/04/2008, 16:10
    Heavy Flavour + Structure Functions
  237. Peter Kroll (Wuppertal)
    09/04/2008, 16:30
    Diffraction and Vector Mesons and Spin Physics
  238. Simone Marzani (Edinburgh University)
    09/04/2008, 16:30
    Electroweak and BSM
  239. Marcello Bindi (Bologna University and INFN)
    09/04/2008, 16:30
    Heavy Flavour + Structure Functions
  240. Mikko Antero Voutilainen (Helsinki Institute of Physics (HIP)-Univ. of Helsinki, Fac. of S)
    09/04/2008, 16:30
    Hadronic Final States
  241. B. Pecjak (DESY)
    09/04/2008, 16:35
  242. Phillip Schieferdecker (CERN)
    09/04/2008, 16:50
    Hadronic Final States
  243. Kresimir Kumericki (University of Zagreb)
    09/04/2008, 16:50
    Diffraction and Vector Mesons and Spin Physics
  244. Boris Tuchming (DAPNIA, Saclay)
    09/04/2008, 16:50
    Electroweak and BSM
  245. Andrew Mehta (Oliver Lodge Laboratory-University of Liverpool)
    09/04/2008, 16:55
    Heavy Flavour + Structure Functions
  246. Paul Souder (Syracuse University)
    09/04/2008, 17:00
  247. Mr S Meissner (Bochum)
    09/04/2008, 17:10
  248. Dean Hidas (Duke University)
    09/04/2008, 17:10
    Electroweak and BSM
  249. Gregory Soyez (BNL)
    09/04/2008, 17:10
    Hadronic Final States
  250. Amanda Sarkar (University of Oxford)
    09/04/2008, 17:15
    Heavy Flavour + Structure Functions
  251. Matteo Cacciari (Paris)
    09/04/2008, 17:25
    Hadronic Final States
  252. P. Bosted (JLab)
    09/04/2008, 17:25
  253. L Schoeffel
    09/04/2008, 17:30
    Diffraction and Vector Mesons and Spin Physics
  254. Dominique Fortin (University of California, Riverside)
    09/04/2008, 17:30
    Electroweak and BSM
  255. Dr Robert Thorne (UCL)
    09/04/2008, 17:35
    Heavy Flavour + Structure Functions
  256. Juan Rojo-Chacon (Paris)
    09/04/2008, 17:40
    Hadronic Final States
  257. F. Yuan
    09/04/2008, 17:50
  258. W Augustyniak
    09/04/2008, 17:50
    Diffraction and Vector Mesons and Spin Physics
  259. Chris Hays (Oxford University)
    09/04/2008, 17:50
    Electroweak and BSM
  260. Pavel Nadolsky (Michigan State University)
    09/04/2008, 17:55
    Heavy Flavour + Structure Functions
  261. Elias Ron (Madrid)
    09/04/2008, 17:55
    Hadronic Final States
  262. Charlotte van Hulse (Gent)
    09/04/2008, 18:10
    Diffraction and Vector Mesons and Spin Physics
  263. Bjarte Mohn (University of Bergen)
    09/04/2008, 18:10
    Electroweak and BSM
  264. Hannes Jung
    09/04/2008, 19:00
  265. Cristinel Diaconu (Faculte des Sciences de Luminy)
    09/04/2008, 19:10
  266. Jochen Bartels
    09/04/2008, 19:20
  267. Markus DIEHL (DESY)
    09/04/2008, 19:30
  268. Johannes Bluemlein (DESY)
    09/04/2008, 19:35
  269. Mr Stanley J. Brodsky (SLAC)
    09/04/2008, 19:40
  270. Valery Khoze (Science Laboratories)
    09/04/2008, 19:45
  271. Dr Paul Newman (Birmingham University)
    09/04/2008, 19:50
  272. Mark Strikman
    09/04/2008, 19:55
  273. Frank Krauss (Durham)
    09/04/2008, 20:00
  274. Matteo Cacciari (Paris)
    09/04/2008, 20:05
  275. Fred Olness (Southern Methodist University)
    09/04/2008, 20:10
  276. Olaf Behnke
    09/04/2008, 20:15
  277. 09/04/2008, 20:20
  278. Jon Pumplin (Michigan State University)
    10/04/2008, 14:00
    Plenary Sessions
  279. Dr Voica Radescu (DESY)
    10/04/2008, 14:25
  280. Mikhail Kapishin (JINR, Dubna)
    10/04/2008, 14:45
    Plenary Sessions
  281. Monika Grothe (U Wisconsin)
    10/04/2008, 15:00
  282. Dmitry Ivanov (Sobolev Institute of Mathematics)
    10/04/2008, 15:15
  283. Christopher Paul Hays (University of Oxford)
    10/04/2008, 16:00
    Plenary Sessions
  284. David South (Technische Universität Dortmund)
    10/04/2008, 16:20
  285. Thomas Gehrmann (Univ. Zurich)
    10/04/2008, 16:45
    Plenary Sessions
  286. Katja Krueger (Heidelberg)
    11/04/2008, 08:45
    Plenary Sessions
  287. Dr Monica Turcato (Hamburg University)
    11/04/2008, 09:00
  288. Mario Campanelli (University College London)
    11/04/2008, 09:15
  289. Andreas Metz (Temple)
    11/04/2008, 09:30
    Plenary Sessions
  290. Andrea Bressan (Universita degli Studi di Trieste)
    11/04/2008, 09:50
  291. Wally Melnitchouk (Jefferson Lab)
    11/04/2008, 10:45
    Plenary Sessions
  292. Bernd Surrow (MIT)
    11/04/2008, 11:15
    Plenary Sessions
  293. Max Klein (Institut fuer Hochenergiephysik Zeuthen)
    11/04/2008, 11:45
    Plenary Sessions
  294. Brian Foster
    11/04/2008, 12:15
    Plenary Sessions
  295. Aharon Levy (MPI, Munich)
    11/04/2008, 13:00
  296. Matthew Wing (University College London)
    11/04/2008, 13:10
  297. V Rapatsky (Dubna JINR)
    Spin Physics
  298. Dr F. Robinet (CEA Saclay)
  299. Tomas Hreus (IIHE Brussels Belgium)
    Diffraction and Vector Mesons
    Diffractive scattering of photons with large momentum transfer is measured for the first time at HERA, with the H1 detector. Cross-sections are presented as a function of W, the photon-proton centre of mass energies, and t, the square of the four-momentum transferred at the proton vertex. Results are compared to a model based on pQCD using LLA approximation of the BFKL evolution.
  300. M Polyakov (Bochum)
    Diffraction and Vector Mesons and Spin Physics
  301. Dr Allison Lung (Jefferson Laboratory)
  302. Spin Physics
  303. Y. Uchida (Imperial College London)
    Future Facilities
  304. Thia Keppel
  305. Dr Grigorios Chachamis
    Structure Functions
  306. Dr P. Bosted (JLab)
  307. Dr B. Pecjak (DESY)
  308. Dr B. Pecjak (DESY)
  309. Amanda Sarkar (University of Oxford)
  310. Max Klein (Institut fuer Hochenergiephysik Zeuthen)
  311. Leszek Motyka (Hamburg University)
  312. Heidi Schellman (Northwestern University)
  313. Ernst Sichtermann (LBL)
    Future Facilities