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LCWS 2004

19โ€“23 Apr 2004
Le Carrรฉ des Sciences, Paris- France
Europe/Zurich timezone

Contribution List

296 out of 296 displayed
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  1. 4. Welcome address
    19/04/2004, 09:30
  2. 1. Charge to the Colloque
    Jim Brau (Univ. of Oregon)
    19/04/2004, 09:45
  3. 2. Theoretical introduction
    John Ellis (CERN)
    19/04/2004, 10:15
  4. 3. Experimental Introduction
    Raymond Frey (Univ. of Oregon)
    19/04/2004, 11:25
  5. 5. Detector technologies
    Hitoshi Yamamoto (Tohoku Univ.)
    19/04/2004, 12:05
  6. 46. Synergy between LHC and LC
    Rohini Godbole
    19/04/2004, 14:00
  7. 43. Present Status of R&D for the warm linacs (X and C band)
    Kiyoshi Kubo (KEK) & Tom Markiewicz (SLAC)
    19/04/2004, 14:30
  8. 47. Present Status of R&D for the Superconducting linac
    Carlo Pagani (INFN Milano and DESY)
    19/04/2004, 15:20
  9. 48. Present Status of R&D for CLIC
    Jean-Pierre Delahaye (CERN)
    19/04/2004, 16:00
  10. 44. Introduction to the US Technology Options Report
    Gerald Dugan (Cornell Univ.)
    19/04/2004, 17:10
    click here for a full report
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  11. 45. Some European thoughts on technology options
    A. Wagner (DESY)
    19/04/2004, 17:30
  12. 49. Report from the International Linear Collider Steering committee
    Maury Tigner (Cornell Univ.)
    19/04/2004, 17:50
  13. 139. Higgs Theory Overview
    Howard Haber (University of California, Santa Cruz)
    20/04/2004, 08:30
  14. 204. How to study weakly coupled neutral vector bosons
    Ayres Freitas (Fermilab)
    20/04/2004, 08:30
  15. 255. LCIO - Persistency and Data Model for LC Simulation and Reconstruction
    Dr Frank Gaede (DESY IT)
    20/04/2004, 08:30
  16. 240. Status of NNLO 3-jet Calculations
    Weinzierl,S. (MPI, Munich)
    20/04/2004, 08:30
    The process e+ e- -> 3 jets offers the opportunity to measure the strong coupling constant. For an accurate determination, precise theoretical calculations are necessary. I will give an overview on the status of the next-to-next-to-leading order calculations.
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  17. 270. The EUROTeV Initiative
    Elsen, E. (DESY)
    20/04/2004, 08:30
    More than 20 European laboratories have joined forces on a Design Study for the Linear Collider in the TeV range. In a bid submitted to the European Union the consortium tries to gain support to address some of the remaining high ranking issues identified in the report of the TRC. It is expected that these studies will be complemented by similar activies in Asia and in the Americas. The talk...
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  18. 205. Aspects of new gauge boson searches at LHC/LC
    Sabine Riemann (DESY Zeuthen)
    20/04/2004, 08:50
  19. 272. Reliability Evaluation for the US LC Study
    Gerald Dugan (Cornell Univ.)
    20/04/2004, 08:50
    One charge to the US LC Technology Options Study was to evaluate the projected availability of the warm and cold LC designs and indicate the effort required to meet specified goals. A Monte Carlo simulation was developed which estimated availability based on device counts, frequency of failure (MTTF) and time to repair (MTTR). The simulation included device accessibility, tunnel access and...
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  20. 241. Luminosity Spectra and the Top Threshold
    Boogert, S. (UCL)
    20/04/2004, 08:55
  21. 140. Radiaitve Corrections to nu nu H and ttH
    Stefan Dittmaier (MPI, Munich)
    20/04/2004, 08:55
  22. 256. Software tools for GLC studies
    Akiya Miyamoto (KEK)
    20/04/2004, 08:55
  23. 271. Risk Evaluation for the US LC Study
    Gerald Dugan (Cornell Univ.)
    20/04/2004, 09:05
    As part of the US LC Technology Options Study, a risk analysis was performed to identify aspects of the warm and cold designs where there was significant risk that the LC might fail to achieve its energy, luminosity or availability goals. The study identified 42 items and assigned each of these a rank for likelihood, severity, time of discovery and impact. This pointed to which sub-systems of...
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  24. 257. A Hybrid MC system
    Mike Ronan (Berkeley)
    20/04/2004, 09:10
  25. 206. The Non-Commutative Standard Model at a Photon Collider
    Juergen Reuter (Karlsruhe)
    20/04/2004, 09:10
  26. 141. Beam Related Systematics in the Measurement of the Higgs Boson Mass
    Alexei Raspereza (DESY, Hamburg)
    20/04/2004, 09:20
  27. 242. Impacts of a Precise Top Mass Measurement
    Weiglein, G. (IPPP, Durham)
    20/04/2004, 09:20
  28. 274. GLCTA and C & X Options
    Sanuki, T. (Univ. of Tokyo)
    20/04/2004, 09:25
    GLCTA (Global Linear Collider Test Accelerator) is a facility to demonstrate that we are ready to build a linear collider with a warm technology. It is a great and important step to realize the LC project. We have built the GLCTA at KEK and just started a high-power test of an X-band accelerating structure. In the near future,we will accelerate an ultra low-emittance beam from the ATF. It...
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  29. 258. Status of Brahms and Simdet
    Harald Vogt (DESY Zeuthen)
    20/04/2004, 09:25
  30. 207. Using radiated photons to tag new physics
    Sreerup Raychaudhuri (Indian Inst. Tech., Kanpur)
    20/04/2004, 09:30
  31. 142. Hadronic Branching ratio of a SM-like Higgs boson at a future linerar collider
    Thorsten Kuhl (DESY, Hamburg)
    20/04/2004, 09:40
  32. 259. LELAPS: A fast simulation tool for LC studies
    Michael Peskin (for Willy Langeveld) (SLAC)
    20/04/2004, 09:40
  33. 273. The Fermilab LC R&D Program
    Mishra, S. (FNAL)
    20/04/2004, 09:40
    Fermilab is the only laboratory in the US Laboratory that is collaborating on both warm (NLC) and SRF (TESLA) linear collider technology R&D. Fermilab's contributions and plans to these accelerator hardware R&D will be discussed. New initiatives in the accelerator physics, ground motion etc. at Fermilab will be presented. A proposal and scope of a next generation Linear Collider Engineering...
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  34. 208. Charge asymmetry in gg -> l+l-,neutr. with polarized photons
    Ilya Ginzburg (Sobolev Inst)
    20/04/2004, 09:50
  35. 134. Higgs Branching Fractions at 1 TeV
    Timothy Barklow (SLAC)
    20/04/2004, 10:20
  36. 275. Brief Report on Technology from Asia
    Takahashi, T.
    20/04/2004, 10:30
  37. 283. Flavour Tagging performance analysis for vertex detectors
    Sonja Hillert (Oxford)
    20/04/2004, 10:30
  38. 209. Summary of previous GDN workshops
    Joachim Mnich (Deutsches Elektronen Synchrotron (DESY))
    20/04/2004, 10:30
  39. 291. Welcome and presentation of agenda
    Bambade, P. (LAL-Orsay)
    20/04/2004, 10:30
  40. 292. Summary of crossing-angle January 19 workshop
    Bambade, P. (LAL-Orsay)
    20/04/2004, 10:35
    Including some updates and cross-references to relevant talks in SUSY session and by Lohmann, Drugakov and Hauptman
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  41. 276. Status of the MERCURY laser
    Gronberg, J.
    20/04/2004, 10:40
  42. 210. Data acquisition in the GDN
    Eckerlin, G. (DESY)
    20/04/2004, 10:45
  43. 135. The Importance of W-->qq Resolution
    John Hauptman (Iowa State University)
    20/04/2004, 10:45
  44. 284. Vertex Reconstruction Toolkit and Interface to Generic Objects (VERTIGO)
    Dr Winfried Mitaroff (AUSTRIAN ACADEMY OF SCIENCES // INSTITUTE OF HIGH ENERGY PHYSICS)
    20/04/2004, 10:45
  45. 293. Alternative IR geometries for TESLA with small crossing angles (A. vertical, B. horizontal)
    Appleby, R (Daresbury)
    20/04/2004, 10:50
    Includes a few slides contributed by Bambade, Mouton and Napoly for point B
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  46. 277. Brief Report on Technology from Europe
    Moenig, K.
    20/04/2004, 10:50
  47. 285. Cluster finding in CALICE calorimeters
    Chris Ainsley (Cambridge)
    20/04/2004, 11:00
  48. 211. Experience with D0 remote shifts
    Le Du, P. (Saclay)
    20/04/2004, 11:00
  49. 279. Total cross-sections: cross-talk between HERA, LHC and LC
    Pancheri, G.
    20/04/2004, 11:00
  50. 136. Simulation of ttH and extraction of top Yukawa coupling
    Auguste Besson (IReS - Strasbourg)
    20/04/2004, 11:05
  51. 294. Study of beam background at GLC including estimation by the BDS simulation from the exit of the LINAC to the beam dump
    Aso, T. (Toyama National College)
    20/04/2004, 11:05
    Includes contributions from Aihara and comments on the extraction line design
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  52. 286. Calorimeter clustering with minimal spanning trees
    Georgios Mavromanolakis (Cambridge)
    20/04/2004, 11:15
  53. 212. Discussion
    20/04/2004, 11:15
  54. 280. New-Physics Search in gammagamma -> tbar{t}
    Hioki, Z.
    20/04/2004, 11:15
  55. 295. Beam-induced background calculation in TESLA with l*=4.1m optics and description of new masking scheme with/without 2*10mrad crossing-angle
    Stahl, A. (for Bรผsser, K.) (DESY)
    20/04/2004, 11:20
  56. 137. New Physics from Higgs self-coupling measurement
    Yasuhiro Okada (KEK)
    20/04/2004, 11:20
  57. 287. Performance studies and particle flow algorithm using GEM HCAL
    Andy White (p.p. Jae Yu) (Texas at Arlington)
    20/04/2004, 11:25
  58. 281. Some beyond SM physics at gamma-gamma colliders
    Cheung, K.
    20/04/2004, 11:30
  59. 296. IR Design (collimation, backgrounds, crossing angle)
    Markiewicz, T. (SLAC)
    20/04/2004, 11:35
    Includes some summarizing comments on the different crossing-angle schemes
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  60. 288. Full Simulation and Reconstraction Analysis with Brahms (G3)
    Valeri Saveliev (DESY)
    20/04/2004, 11:40
  61. 138. A study of self-coupling measurement at about 1 TeV
    Satoru Yamashita (University of Tokyo, ICEPP)
    20/04/2004, 11:45
  62. 278. Comparison of warm and cold photon colliders
    Telnov, V.
    20/04/2004, 11:45
  63. 289. GEANT4-based full-detector and Test Beam simulation
    Dhiman Chakraborty (Northern Illinios)
    20/04/2004, 11:50
  64. 282. Study of PLC Beam Dump
    Telnov, V.
    20/04/2004, 12:00
  65. 290. Two particle separation using tile HCAL
    Alexei Raspereza (DESY)
    20/04/2004, 12:00
  66. 10. e-e-: Introduction and brief overview
    Heusch, C (U.C. Santa Cruz and SLAC)
    20/04/2004, 13:30
  67. 21. LC muon detector: An update of the ECFA studies
    M. Piccolo (INFN-LNF)
    20/04/2004, 13:30
  68. 213. Physics Motivation for polarised e- and e+ Beams
    G. Moortgat-Pick (IPPP Durham)
    20/04/2004, 13:30
  69. 6. Recent Results on Sudakov Logarithms in Electroweak Processes
    Kuehn, J. (Karlsruhe)
    20/04/2004, 13:30
  70. 16. Status of CCD-based vertex detector R&D for a linear collider
    Aso, T. (Toyama National College)
    20/04/2004, 13:30
    Studies of CCD-based vertex detector for a linear collider are presented. In 2003 physical year, our work was focused on the aspects of radiation tolerance for the high energy electrons and charge diffusion time for faster readout operation. This talk gives an overviwe of our current results and future plans.
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  71. 17. LCFI Collaboration Status Report
    Joel Goldstein
    20/04/2004, 13:45
    The LCFI collaboration is conducting a comprehensive research and development programme towards a silicon pixel-based vertex detector for the future LC. The latest results in the development and prototyping of column parallel CCDs, their associated readout electronics and ultra-low mass ladders will be discussed, along with future plans.
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  72. 11. Luminosity expectations
    Raubenheimer, T. (SLAC)
    20/04/2004, 13:45
  73. 7. Electroweak Logarithms at Two Loops
    Pozzorini, S. (Karlsruhe)
    20/04/2004, 13:50
  74. 214. Photocathode and Gun of highly polarized Electron Source for GLC
    Hitoshi Yamamoto (Tohoku Univ.)
    20/04/2004, 13:50
  75. 22. R&D for RPC detector
    T. Tabarelli de Fatis (Univ. Milano)
    20/04/2004, 13:50
  76. 18. Status Report on the MAPS Detectors for the Warm and the Superconductor Options of the FLC
    Grzegorz Deptuch
    20/04/2004, 14:00
    Very high granularity, very modest material budget, fast read-out and radiation hard sensors are required for construction of the Vertex Detector, providing the measurement precision asked by the physics programme at the Future e+e- Linear Collider (FLC). Various versions of MAPS detectors, searching for optimum operation under given experimental conditions, are being developed within the...
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  77. 12. IR and beam delivery, e+/e- compatibility
    Markiewicz, T. (SLAC)
    20/04/2004, 14:10
  78. 23. Muon and particle Id.
    G. Fisk (FNAL)
    20/04/2004, 14:10
  79. 215. Polarized Positron Source
    Tsunehiko Omori (KEK)
    20/04/2004, 14:10
  80. 8. Recursive Numerical Calculus of One-loop Tensor Integrals
    Pittau, R. (INFN Torino)
    20/04/2004, 14:10
  81. 19. Status and first results of the UK active pixel collaboration
    Jaap Velthuis
    20/04/2004, 14:20
    We are developing CMOS monolithic active pixel sensors for the vertex detector for the future Linear Collider. We have produced two working test structures designed in 0.25 CMOS which feature four different types of pixels: standard 3MOS, 4MOS allowing correlated double sampling, charge amplifier pixels and a Flexible APS. The FAPS has a 10 deep pipeline on each pixel specifically designed for...
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  82. 13. e-e- at TESLA -- where do we stand?
    TESLA representative
    20/04/2004, 14:25
  83. 24. Review of the forward calorimetry
    L. Zawiejski (INP Cracow)
    20/04/2004, 14:30
  84. 216. Status Report of the E166 Experiment: A polarized Positron Source for future Linear e+e- Colliders
    Thomas Schweizer (Humboldt Univ., Berlin)
    20/04/2004, 14:30
  85. 20. Design and Technology of DEPFET Active Pixel Sensors for Future e+e- Linear Collider Experiments
    Gerhard Lutz
    20/04/2004, 14:35
    A new generation of DEPFET (DEPleted Field Effect Transistor) active pixel sensors with 25 micrometer pixel size has been developed and produced to meet the requirements of the future e+e- linear collider physics program in point measurement resolution and multiple track separation. A silicon technology is presented which allows the production of large sensor arrays consisting of linear DEPFET...
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  86. 9. Electroweak Corrections to Deep Inelastic Neutrino Scattering
    Arbuzov, A. (Dubna)
    20/04/2004, 14:35
  87. 14. Loop-level flavor and number violation in e-e- collisions
    Cannoni, M. (LPNHE)
    20/04/2004, 14:40
    We present a study of the loop-level lepton number violating signal e-e- ---> l- l- (l = \mu, \tau) in models with heavy Majorana neutrinos and of the reactions e- e- ---> l- e- (l = \mu, \tau) in the supersymmetric extension of the standard model with slepton mixing.
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  88. 217. Discussion
    20/04/2004, 14:50
  89. 15. Physics motivations for e-e- collisions
    Gunion, J (U.C. Davis)
    20/04/2004, 14:55
    Some of the physics motivations for e-e- collisions are reviewed.
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  90. 30. Geant4 simulation for the FLC detector models with Mokka
    Gabriel Musat (Ecole Polytechnique)
    20/04/2004, 15:00
  91. 221. LC DAQ Introduction and Overview
    Eckerlin, G. (DESY)
    20/04/2004, 15:00
  92. 37. Physics impact of beam-beam hadron background
    Desch, K. (DESY)
    20/04/2004, 15:00
    Includes results from Barklow, Murayama and Abe
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  93. 25. Programme SUSY@LCWS 04
    A Convener
    20/04/2004, 15:00
  94. 249. Tau polarisation in $\gamma \gamma \rightarrow \phi \rightarrow \tau \bar \tau$ as a probe of CP violation in the Higgs sector.
    Godbole, R.
    20/04/2004, 15:00
  95. 26. The SPA project and conventions - a proposal for a Supersymmetry Parameter Analysis
    W. Majerotto (HEPHY Vienna)
    20/04/2004, 15:05
  96. 250. Determination of CP violating H-A mixing from h_2-> WW/ZZ decays in 2HDM: PLC and comparison with LHC and LC
    Zarnecki, A.F.
    20/04/2004, 15:15
  97. 31. Mokka, main guidelines and future
    Paulo Mora de Freitas (L.L.R. Ecole Polytechnique/IN2P3)
    20/04/2004, 15:15
  98. 218. Vertex Detector Readout at the Linear Collider
    Joel Goldstein
    20/04/2004, 15:15
  99. 38. Summary of Prague workshop on instrumentation in the very forward region
    Lohmann, W. (DESY)
    20/04/2004, 15:20
    Coordinating with J. Hauptman's talk in the same session.
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  100. 27. Experimental tools for SPA
    P. Wienemann (DESY)
    20/04/2004, 15:25
  101. 32. Adding electronics effects to the CALICE simulation
    Catherine Fry (Imperial College)
    20/04/2004, 15:30
  102. 251. Explicit CP Violation in the Higgs Sector at GammaGamma Colliders and other Future Colliders
    Velasco, M.
    20/04/2004, 15:30
  103. 219. LC TPC electronics
    Colas, P. (Saclay)
    20/04/2004, 15:30
  104. 39. Detection of very forward Bhabha events and electron ID algorithm
    Lohmann, W. (for Drugakov, V.) (DESY)
    20/04/2004, 15:35
    Continuing the previous talk and including results by Murayama and Graf on the electron ID algorithm
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  105. 33. Comparisons of hadronic shower packages
    Georgios Mavromanolakis (Cambridge)
    20/04/2004, 15:40
  106. 40. Detector technologies for forward calorimeters (quartz fiber-tungsten, Si-W, gas cherenkov-W, PbW04)
    John Hauptman (Iowa State University)
    20/04/2004, 15:40
    Coordinating with W. Lohmann's talk in the same session
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  107. 28. Complete one-loop calculations in the chargino/neutralino sector of the MSSM and SPA conventions
    T. Fritzsche (MPI Munich)
    20/04/2004, 15:45
  108. 222. Readout card for TPC prototypes
    Martin, J-P. (Univ. of Montreal)
    20/04/2004, 15:45
  109. 252. Studying Higgs bosons by top pair production at photon colliders
    Asakawa, E.
    20/04/2004, 15:45
  110. 220. DAQ for ECAL and tile HCAL
    Dauncey, P. (Imp. College London)
    20/04/2004, 15:55
  111. 34. Simulation of CALICE using Fluka
    Nigel Watson (Rutherford)
    20/04/2004, 15:55
  112. 41. Beamstrahlung monitor
    Delerue, N. (KEK)
    20/04/2004, 16:00
    Includes a few slides contributed by Bonvicini on his proposal
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  113. 253. MSSM Higgs sector CP violation at photon colliders
    Chung, B.
    20/04/2004, 16:00
  114. 29. Sleptons: Masses, Mixings, Couplings
    Ayres Freitas (Fermilab)
    20/04/2004, 16:05
  115. 35. Hadronization with the event generator SHERPA
    Stefan Schumann (Dresden)
    20/04/2004, 16:10
  116. 42. Pair (beam profile) monitor
    Yamamoto, H. (Tohoku University)
    20/04/2004, 16:15
    Includes analysis using pair profiles from the planned 7 mrad GLC crossing-angle (possibly also 20 mrad)
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  117. 254. Symmetries in 2HDM, CP violation and heavy Higgs effects at PLC
    Ginzburg, I.
    20/04/2004, 16:15
  118. 36. New reconstruction technique developed for HCAL prototype
    Behnke, T (for Morgunov, V (ITEP Moscow)) (DESY)
    20/04/2004, 16:25
  119. 50. Report from ITRP
    Barry Barish
    20/04/2004, 17:00
  120. 51. Colloqium: The need for Precision Measurements
    Ed Witten
    20/04/2004, 17:30
  121. 71. Analog tile HCAL prototype
    M. Danilov (ITEP)
    21/04/2004, 09:30
  122. 60. Contributions to 2-loop QED Bhabha Scattering
    Gluza, J. (DESY Zeuthen)
    21/04/2004, 09:30
  123. 260. Energy Spectrometers
    Hildreth, M. (Notre Dame University)
    21/04/2004, 09:30
    Includes 1-2 slides contributed by Schreiber on DESY design updates
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  124. 66. Status of the SOI monolithic active pixel detector development
    Halina Niemiec
    21/04/2004, 09:30
    The monolithic active pixel detector realized in the Silicon on Insulator technology (SOI) is a novel solution of ionising radiation detectors, which allows integration of the particle detector and readout electronics in one entity by the utilization of the both silicon layers (support and device layers) of a wafer-bonded SOI substrate. First test structures of the SOI detectors have been...
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  125. 52. SUSY dark matter and Linear Collider experiments
    M. Peskin (SLAC)
    21/04/2004, 09:30
  126. 64. The Integrated Pixel Tracker
    Miran Djordjevic
    21/04/2004, 09:45
    We propose the Integrated Pixel Tracker (IPT), a device that is part of the vertex detector based on the MIMOSA CMOS pixel sensor. The IPT takes raw data from the pixel sensors, and applies real-time data reduction in two steps by means of hardware: cluster collection on a local level and track reconstruction on a global level. Only the track features are stored on disk. We also discuss our...
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  127. 61. Comparison of Exact Results for the Virtual Correction to Bremsstrahlung in e+ e- Annihilation at High Energies
    Yost, S. (Baylor)
    21/04/2004, 09:50
  128. 261. Energy spread effects; energy precision
    Timothy Barklow (SLAC)
    21/04/2004, 09:50
  129. 72. Results from minical tile HCAL
    E. Garutti (DESY)
    21/04/2004, 09:50
  130. 53. Neutralino dark matter and the Linear Collider
    H. Baer (Florida SU)
    21/04/2004, 09:55
  131. 65. Processing of Ultra Thin Silicon Sensors for Future e+e- Linear Collider Experiments
    Ladislav Andricek
    21/04/2004, 09:55
    A new generation of DEPFET active pixel sensors with 25 um pixel size is currently being developed to meet the requirements in the point measurement resolution and multiple track separation. To minimize the influence of the multiple scattering on the impact parameter resolution, the sensors have to be made as thin as possible. We will present a technology based on direct wafer bonding and deep...
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  132. 73. APD studies for tile HCAL
    J. Cvach (IOP-Prague)
    21/04/2004, 10:10
  133. 262. Energy spectrum measurement at the extraction line
    Kubo, K. (KEK)
    21/04/2004, 10:10
    Includes some comments on the GLC extraction line design
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  134. 62. Radiative Corrections to Neutrino Nucleon Scattering in the MSSM
    Brein, O. (Aachen)
    21/04/2004, 10:10
  135. 68. Report of silicon R&D activities in Korea
    Jik Lee
    21/04/2004, 10:10
    We will report on the silicon R&D activities in Korea for the future Linear Collider. The activities includes design, production and simulation of double-side silicon strip sensors. The charateristics of our first prototype sensors and the results of simulation will be presented.
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  136. 54. Studies of CDM-inspired cMSSM scenarios at a 1 TeV LC
    M. Battaglia (LBL)
    21/04/2004, 10:15
  137. 74. Photosensors for scintillator strips
    T. Takeshita (Shinshu Univ.)
    21/04/2004, 10:20
  138. 69. Irradiation tests of GaAs:Cr detectors in Protvino and prospects for LC tracking
    Yuri Arestov
    21/04/2004, 10:25
    Expected properties of a resistive structure of gallium arsenide doped by Chromium, GaAs:Cr, are discussed. Pad GaAs:Cr detectors of the size 10mm*10mm are presented as an output of new technologies developed in Tomsk. Results of the recent tests of radiation hardness of these detectors in hadron and gamma beams are reported. Further plans for direct comparison of GaAs:Cr detectors and Si...
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  139. 263. Luminosity spectrum extraction from Bhabha events
    Boogert, S. (UCL)
    21/04/2004, 10:25
    Includes a few slides on similar work by Kurihara
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  140. 55. Experimental implication for a Linear Collider of the SUSY dark matter scenario
    Z. Zhang (Orsay)
    21/04/2004, 10:35
  141. 67. R&D Towards a Short-Shaping Time Silicon Tracker at Santa Cruz
    Bruce Schumm
    21/04/2004, 10:35
    We present the progress of the hardware program on short-shaping time microstrip readout at UC Santa Cruz.
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  142. 63. Two-loop SUSY corrections to the Anomalous Magnetic Momentof the Muon
    Stockinger, D. (IPPP Durham)
    21/04/2004, 10:35
  143. 264. Reserve time used for discussion on how we want to organize future MDI work and collaboration
    Convenors and All
    21/04/2004, 10:40
    We would like to list the relevant topics where work and collaboration could be enhanced by organizing informal inter-regional working groups. The discussion needs some preparation. Among the topics are for instance issues to do with having 2 IRs with comparable luminosity and energy, one of which with a crossing-angle large enough to make possible the option of a future gg-collider upgrade
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  144. 75. Dual readout calorimeter
    John Hauptman (Iowa State University)
    21/04/2004, 10:45
  145. 70. Latest Progresses on the R&D on Silicon Tracking for the LC
    Aurore Savoy-Navarro
    21/04/2004, 10:50
    Latest results, within the SiLC R&D program, on the measurements achieved with a long ladder prototype with microstrips of length up to 2m24, on the design and simulation studies of a complete FE and readout electronics chain, on the CAD mechanical design of such a tracking system and related integration issues, on the thermo-mechanical studies are presented as well as the near future prospects.
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  146. 56. Uncertainties in the relic density calculations in mSUGRA
    G. Belanger (LAPP Annecy)
    21/04/2004, 10:55
  147. 83. NMSSM Scenarios with Higgs to Higgs decays in which e+e- and gam gam colliders will be essential for understanding the Higgs sector.
    Gunion, J.
    21/04/2004, 11:00
  148. 225. Performance and Occupancies in a CCD Vertex Detector with Endcaps
    Abe, T. (SLAC)
    21/04/2004, 11:00
  149. 76. Phenomenology of Higgsless Models
    Tom Rizzo (SLAC)
    21/04/2004, 11:00
  150. 80. Signature of Perturbative Pomeron in Exclusive Production in gamma* gamma* Processes
    Wallon, S. (LPT Orsay)
    21/04/2004, 11:00
  151. 84. Improved analysis on gamma gamma -> H -> bb including overlaid events, vertex smearing and crab crossing for SM and MSSM
    Niezurawski, P.
    21/04/2004, 11:15
  152. 226. Occupancy in the SiD Tracker
    Jaros, J. (SLAC)
    21/04/2004, 11:15
  153. 77. How to do Electroweak Physics without a Higgs
    Christophe Grojean (CEA-Saclay)
    21/04/2004, 11:20
  154. 81. t tbar higgs Yukawa Coupling Measurement
    Auguste Besson (IReS - Strasbourg)
    21/04/2004, 11:25
    The (e+e- -> t tbar H) process has been extensively studied to determine the accuracy on the top-Higgs Yukawa coupling achievable with the TESLA collider at 800 GeV, for Higgs masses ranging from 120 GeV/c2 to 200 GeV/c2. The analysis of (H -> b bbar) and (H -> WW) channels has already shown that an accuracy on the top-Higgs Yukawa coupling better than about 10 % was achievable for most of...
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  155. 223. DAQ from present to future (from CDF/D0 to BTev and LHC)
    Le Du, P. (Saclay)
    21/04/2004, 11:30
  156. 85. Determining tan(beta) in tau tau Fusion of SUSY Higgs Bosons at a Photon Collider
    Zerwas, P.M.
    21/04/2004, 11:30
  157. 57. SDECAY - a code for the decays of the supersymmetric particles in the MSSM
    M. Muehlleitner (PSI)
    21/04/2004, 11:30
  158. 78. Little Higgs phenomonology
    Wolfgang Kilian (DESY)
    21/04/2004, 11:40
  159. 86. Determination of h couplings from WW/ZZ decays in CP-conserving 2HDM: PLC and comparison with LC and LHC
    Zarnecki, A.F.
    21/04/2004, 11:45
  160. 58. Impact of combined analyses at the LHC and LC in Susy searches
    G. Moortgat-Pick (IPPP Durham)
    21/04/2004, 11:45
  161. 82. Heavy Quarks at Threshold: Recent Developments
    Steinhauser, M. (Hamburg)
    21/04/2004, 11:50
    Recent developments in the treatment of a system of heavy quarks close to their production threshold are discussed. Particular emphasis is put on the next-to-next-to-next-to-leading order corrections to the energy levels and the wave function and their effect on the cross section sigma(e+e- -> t tbar). Furthermore, the resummation of logarithmic corrections within the framework of potential...
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  162. 87. Radion physics at a gamma-gamma collider
    Gunion, J.
    21/04/2004, 12:00
  163. 59. Reconstructing supersymmetric theories by coherent LHC/LC analyses
    W. Porod (Uni Zurich)
    21/04/2004, 12:00
  164. 79. Search for extra gauge bosons in little Higgs models at a linear collider
    Gi-Chol Cho (Ochanomizu University)
    21/04/2004, 12:00
  165. 224. Discussion
    All
    21/04/2004, 12:10
    Accelerator and detector DAQ interplay - Do we need joint MDI/DAQ sessions ? Detector R&D and DAQ interplay - Do we need joint tracking/Calorimetry/DAQ sessions? GND issues for the DAQ ?
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  166. 88. The Little Higgs boson at a photon collider
    Gunion, J. ( for Heather Logan)
    21/04/2004, 12:15
  167. 114. Fourier series damping ring kicker for TESLA
    Gollin, G. (Univ. of Illinois)
    21/04/2004, 14:00
    The large size of TESLA's damping rings is dictated by the performance of the kicker, which must eject every nth bunch while leaving adjacent bunches undisturbed. The speed with which the kicker fields can stabilize, then turn off, determines the minimum space between damping ring bunches, and therefore the minimum cirumference of the damping ring. Novel schemes which might permit a...
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  168. 94. GEM-TPC performance in a magnetic field
    Dean Karlen
    21/04/2004, 14:00
    A prototype TPC with GEM readout was operated in axial magnetic fields for the first time at TRIUMF and DESY in the summer of 2003. Results from an updated analysis of cosmic ray tracks recorded with this device will be shown. Plans for further tests with the prototype TPC will be presented.
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  169. 106. RPC DHCAL R&D at Protvino
    V. Ammosov (IHEP-Protvino)
    21/04/2004, 14:00
  170. 235. Study of neutralino production using tau identification
    B. Sobloher (DESY)
    21/04/2004, 14:00
  171. 89. Triple gauge couplings in gamma gamma and egamma interactions
    Jadranka Sekaric (DESY Zeuthen)
    21/04/2004, 14:00
  172. 236. CP Violation in SUSY
    S. Hesselbach (Uni Wien)
    21/04/2004, 14:15
  173. 115. Laserwire system at PETRA
    Boogert, S. (UCL)
    21/04/2004, 14:15
  174. 98. High magnetic field performance of a GEM-TPC
    P. Wienemann (DESY)
    21/04/2004, 14:20
    One possible option for the main tracking device of a detector at a future Linear Collider is a large Time Projection Chamber (TPC). To replace the traditional wire based gas amplification system of a TPC, so called Micro Pattern Gas Detectors (MPGDs) are considered a good choice. One example of such a MPGD is the Gas Electron Multiplier (GEM). At DESY a prototype TPC equipped with GEMs has...
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  175. 107. RPC R&D for DHCAL at ANL
    D. Underwood (ANL)
    21/04/2004, 14:20
  176. 90. SUSY one-loop contribution to W pair production
    Shinya Kanemura (Osaka University)
    21/04/2004, 14:20
  177. 116. Beam-based Intra Train Feedback Systems
    Burrows, P. (Queen Mary, Univ of London)
    21/04/2004, 14:30
    I will present the results of the FONT and FEATHER experiments on hardware prototyping and beam tests of the intra-train feedback system components.
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  178. 99. The Karlsruhe TPC Protype: Results of beam tests at CERN and of a magnetic field test at DESY
    Jochen Kaminski
    21/04/2004, 14:35
    In order to study whether a TPC in combination with a Micro Pattern Gas Amplification stage can meet the demands of future Linear Collider central tracking systems, a small cylindrical TPC Prototype was built in Karlsruhe and equipped with two GEMs and highly-integrated front-end electronics. The studies imply two beam tests at the Proton-Synchrotron (PS) at CERN as well as a test in a...
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  179. 91. 3 Gauge boson production
    Michael Beyer (Rostock)
    21/04/2004, 14:40
  180. 108. GEM's HCAL R&D
    A. White (Univ. Texas Arlington)
    21/04/2004, 14:40
  181. 237. Probing the Majorana nature and CP properties of neutralinos
    S. Y. Choi (Chonbuk Univ)
    21/04/2004, 14:40
  182. 117. DR to IP Simulations and feedback
    White, G. (Queen Mary, Univ of London)
    21/04/2004, 14:45
  183. 100. TPC R&D Activities using the MPI-Munich Protoype
    Ron Settles
    21/04/2004, 14:50
    The LC TPC prototype built and commissioned at MPI-Munich is equipped with wire gas amplification now and is foreseen to also be modified for the Gem and Micromegas (MPGD) technologies. The chamber was transferred to Desy for testing with cosmics and lasers in the 5T magnet and with the readout electronics there. It will then be shipped to KEK for continuation of this series of measurements...
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  184. 238. Slepton-flavour violation
    Reinhold Rueckl (Wurzburg)
    21/04/2004, 14:55
  185. 118. Permanent Final Focus Magnet
    Dr Yoshihisa Iwashita (Kyoto University)
    21/04/2004, 15:00
    A super strong magnet, which utilizes permanent magnet material and saturated iron, is considered as a candidate for the final focus quadrupole in a linear collider beamline. This modified Halbach magnet configuration can have a higher magnetic field gradient than a normal permanent magnet quadrupole (PMQ) or electromagnet. There are some issues to be solved if a PMQ is to be used as a final...
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  186. 92. Role of transverse beam polarization in constraining new physics
    Saurabh Rindani (Ahmedabad)
    21/04/2004, 15:00
  187. 109. scintillator HCAL tail catcher
    V. Zutshi (North Illinois Univ.)
    21/04/2004, 15:00
  188. 101. First Magnetic Field Tests of a Large-Area Micromegas TPC
    Vincent Lepeltier
    21/04/2004, 15:05
    We present first results on magnetic field tests of a Micromegas TPC using cosmic rays. The large-area TPC prototype (1024 channels, 50 cm drift and 50 cm diameter) has been in operation since July 2003 at Saclay. Results from data taken in November 2003 for both Ar-Isobutane and Ar-CF4 mixtures at various magnetic field settings will be shown.
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  189. 239. Correlating LSP decay properties with neutrino mixing angles
    W. Porod (Uni Zurich)
    21/04/2004, 15:15
  190. 119. Final Focus at the IR (FFIR)
    Tauchi, T. (KEK)
    21/04/2004, 15:15
  191. 93. New Phyiscs with e+ polarization
    G. Moortgat-Pick (IPPP Durham)
    21/04/2004, 15:20
  192. 102. 10 minute break
    21/04/2004, 15:25
  193. 265. Experimental results on the muon g-2
    Klaus Jungmann (KVI Groningen)
    21/04/2004, 15:30
  194. 120. High precision predictions for the MSSM Higgs sector
    Sven Heinemeyer (CERN)
    21/04/2004, 15:30
  195. 110. R&D for small tile ECAL
    H. Miyata (Niigata Univ.)
    21/04/2004, 15:35
  196. 103. Readout of a TPC by means of the MediPix CMOS pixel sensor
    Jan Timmermans
    21/04/2004, 15:35
    An 'ideal' readout scheme of a TPC would consist of gas multiplication by either one or more GEM or Micromegas foils, followed by a charge collection device with a granularity corresponding to the primary ionisation cluster spread (and assuming sufficiently low diffusion). A readout channel with granularity similar to the 'grid' size in GEM and Micromegas foils has been realised, as a first...
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  197. 227. TESLA Polarimeter
    Peter Schueler (DESY, Hamburg)
    21/04/2004, 15:40
  198. 104. First Tracking Experience for the MPGD TPC readout with Charge Dispersion
    Kirsten Sachs
    21/04/2004, 15:50
    If a TPC will be used as central detector at a high energy linear collider the spatial resolution must be improved. Charge amplification with micro pattern gas detectors (MPGD), such as GEMs and Micromegas, will eliminate large systematic effects inherent in the conventional proportional wire cathode pad readout TPC. However, the transverse confinement of the spatial charge in a magnetic field...
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  199. 266. Next-to-next-to-leading order corrections to the effective weak mixing angle
    Malgorzata Awramik (DESY Zeuthen; Cracow)
    21/04/2004, 15:50
  200. 111. R&D of strip-array ECAL
    K.Kawagoe
    21/04/2004, 15:55
  201. 228. Polarization Studies: Comparison of e+e- and e-e- for NLC and TESLA
    Mike Woods (SLAC)
    21/04/2004, 16:00
  202. 121. Simulation of heavy SUSY Higgs Bosons
    Alexei Raspereza (DESY)
    21/04/2004, 16:00
  203. 267. Automatized calculation of 2f production with aITALC
    Tord Riemann (DESY Zeuthen)
    21/04/2004, 16:10
  204. 105. Studies of Charge Broadening in Multi GEM Structures and Developement of a TPC
    Astrid Muennich
    21/04/2004, 16:10
    In the framework of our studies of a GEM readout for a TPC at a Future Linear Collider we present studies on charge broadening effects and the shape of the cluster charge as a function of the magnetic field. Results of measurements with a test chamber in fields up to 5 T will be shown. For further studies a TPC is being built which is designed to fit into the 5T magnet at DESY. Numerical...
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  205. 112. LCcal: a hybrid technique for ECAL.Test beam results and perspectives
    P. Checchia (INFN- Padova)
    21/04/2004, 16:15
  206. 122. M_A determination from h branching ratios with full parametric uncertainties
    Lidija Zivkovic (Weizmann Institute of Science)
    21/04/2004, 16:20
  207. 95. Optimization of the Ion Feedback in a GEM Setup for a TPC Readout
    Michael Weber
    21/04/2004, 16:25
    A critical factor in the design of a TPC for a Linear Collider is the amount of ions drifting back into the sensitive volume. To reduce this ion feedback, multi-GEM-structures are used, which further improve the intrinsic ion feedback suppression of single GEM foils. To optimize the operational parameters of such a structure extensive simulations have been performed. The simulations have been...
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  208. 229. Physics Measurements for Polarimetry
    Klaus Moenig (DESY, Zeuthen)
    21/04/2004, 16:25
  209. 268. The Running of the Electromagnetic Coupling Alpha in Small Angle Bhabha Scattering
    Luca Trentadue (CERN)
    21/04/2004, 16:30
  210. 113. Status report on PFA development
    Dhiman Chakraborty (Northern Illinios)
    21/04/2004, 16:35
  211. 123. Pair production of charged and neutral Higgs bosons at CLIC
    Arnaud Ferrari (Uppsala University)
    21/04/2004, 16:40
  212. 96. Triple-GEM performance in He-based mixtures
    Alexander Vasiljev
    21/04/2004, 16:40
    The unique advantage of He-based mixtures is that the ion mobilities in He are almost by an order of magnitude higher than that in Ar. Accordingly, using the He-based mixtures could help to solve the problem of ion accumulation in the TPC volume. On the other hand, the unique advantage of GEMs is that they can operate at high gains in pure noble gases, in particular in He and its mixtures with...
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  213. 230. Discussion
    21/04/2004, 16:45
  214. 97. Central Tracker R&D in Asia
    Norik Khalatyan
    21/04/2004, 16:50
    In the past 10 years, we have been developing a mini-jet cell type cylindrical drift chamber as a central tracker for a warm cavity future linear collider. This talk will summarize our activities including developments made since the Jeju meeting.
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  215. 269. Experimental Aspects of Precision Luminosity measurement
    Leszek Suszycki (University of Science & Tech, Cracow)
    21/04/2004, 16:50
  216. 124. Why does Cosmology needs results from a Linear Collider
    Mark Trodden
    21/04/2004, 17:10
  217. 243. CCD output for full LC detector simulation
    Nikolai Sinev
    22/04/2004, 08:30
    I am working on the simulation of CCD output (signals from individual pixels), which should be included in the full detector simulation in the JAS. This can give the ideas about limits and optimization of the CCD based vertex detector in the spatial resolution, tracks separation, readout speed and so on. It also allows better understanding of the impact of vertex detector parameters on...
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  218. 157. Introduction
    Dr vaclav vrba (Institute of Physics, Prague)
    22/04/2004, 08:30
  219. 125. Search for the MSSM Higgs bosons in the intense coupling regime at TESLA
    Eduard Boos (SINP MSU)
    22/04/2004, 08:30
  220. 143. Si/W ECAL for SD
    R. Frey (Oregon Univ.)
    22/04/2004, 08:30
  221. 165. Six-fermion (and more!) studies
    Stefan Dittmaier (p.p. Stefano Moretti)
    22/04/2004, 08:30
  222. 147. Facilities in Asia
    Yasuhiro Sugimoto (KEK)
    22/04/2004, 08:35
  223. 166. e+e- -> 6, 8 fermions with WHIZARD
    Wolfgang Kilian (DESY)
    22/04/2004, 08:45
  224. 244. Strategies for pickup and noise suppression with different vertex detector technologies
    Chris Damerell
    22/04/2004, 08:45
    At the US LC workshop held at SLAC in January 2004, it became clear that the SLC experience with beam-related pickup could have important consequences for the vertex detector at the future LC. There are major differences for the warm and cold machine, and for different detector technologies. We review the current thinking in the light of these discussions, and consider pointers to...
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  225. 153. Fermilab Meson Test Beam Facility
    Erik Ramberg (FNAL)
    22/04/2004, 08:50
  226. 126. Higgs decays into charginos and neutralinos including full one-loop corrections
    Helmut Eberl (HEPHY Vienna)
    22/04/2004, 08:50
  227. 145. VFE for prototype, VFE for final detector
    J. Fleury (LAL - Orsay)
    22/04/2004, 08:50
  228. 245. Pattern Recognition Studies for a Silicon Outer Tracker
    Steve Wagner
    22/04/2004, 09:00
    We have studied pattern recognition in a variant of the proposed SD detector where the outer 5 layers (r=20-125 cm) have axial-only strips. The purpose of these studies is to determine if this detector, combined with a fully 3D (CCD) inner tracker, is sufficient for the reconstruction of tracks in the dense core of jets. Using standard algorithms, track finding efficiencies are presented for...
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  229. 167. Radiative Corrections to Higgs processes at LC with GRACE
    Yoshiaki Yasui (Tokyo Management College)
    22/04/2004, 09:00
  230. 154. SLAC and other North American Facilities
    Carsten Hast (SLAC)
    22/04/2004, 09:10
  231. 144. Status of the CALICE ECAL
    J-Ch. Vanel (LLR - Ecole polytechnique)
    22/04/2004, 09:10
  232. 168. Automization of loop calculations
    Thomas Hahn (MPI Munich)
    22/04/2004, 09:15
  233. 246. Design Study for a Detector with Continuous Tracking
    M. Battaglia (LBL)
    22/04/2004, 09:15
    The concept of a large volume detector with continuous 3d tracking and granular calorimeters contained in a solenoidal magnetic field offers many desirable features for the linear collider. The design optimisation aims at reviewing its detailed design, assessing its physics performances for benchmark processes and identifing detector requirements to be supported by dedicated R&D activity. The...
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  234. 127. NMSSM Higgs and Gaugino analysis
    David J. Miller (University of Edinburgh)
    22/04/2004, 09:15
  235. 155. TB Facilities at DESY, Serpukhov and Frascati
    Volker Korbel (DESY)
    22/04/2004, 09:25
  236. 146. DAQ for CALICE ECAL and tile HCAL
    Paul Dauncey (Imp. Coll. London)
    22/04/2004, 09:30
  237. 169. SUSY simulations for the LC with ISAJET
    H. Baer (Florida SU)
    22/04/2004, 09:30
  238. 247. TPC Detector Response Simulation and Track Reconstruction
    Daniel Peterson
    22/04/2004, 09:30
    Linear collider detector designs considered in the North American study include two technologies for the central tracking system: a TPC and an all-silicon tracker. These designs must be evaluated in terms of track reconstruction efficiency and resolution. Performance in these quantities determines the ability to successfully analyze complex events. In particular, superior tracking performance...
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  239. 128. Distinguishing non-minimal Higgs sectors via precise measurements of a light neutral Higgs boson.
    Andrew Akeroyd (KEK)
    22/04/2004, 09:35
  240. 156. CERN TB facilities
    Michael Hauschild (CERN)
    22/04/2004, 09:40
  241. 170. Herwig++
    Stefan Gieseke (Cambridge)
    22/04/2004, 09:40
  242. 248. CCD Vertex Detector Charm-Tagging Performance in Studies of Heavy Scalar Quarks
    Andre Sopczak
    22/04/2004, 09:45
    The influence of varying the vertex detector design on searches for scalar top quarks at the Linear Collider have been studied. The benchmark reaction depends on the c-quark tagging capabilities of the detector design. The influence of the material thickness of the detector layers, and the number of sensitive layers has been considered.
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  243. 171. Efficient Constrained Markovian algorithm for ISR evolution of PDFs
    Stanislaw Jadach (Krakow)
    22/04/2004, 09:50
  244. 158. IP&BI R&D
    Mike Woods (SLAC)
    22/04/2004, 10:30
  245. 129. Kaluza-Klein dark matter
    Tim Tait (Fermilab)
    22/04/2004, 10:30
  246. 231. Neutral Higgs Boson Production and CP Violation at LC
    Kang Young Lee (KAIST)
    22/04/2004, 10:30
  247. 172. Particle Flow and Detector Geometries
    brient@poly.in2p3.fr
    22/04/2004, 10:30
  248. 159. Reconstructing sleptons in cascade decays at the LC
    M. Berggren (LPNHE Paris VI & VII)
    22/04/2004, 10:30
  249. 160. Sfermion production at a Linear Collider
    K. Kovarik (HEPHY Vienna)
    22/04/2004, 10:45
  250. 173. The small detector concept
    A. White (Univ. Texas Arlington)
    22/04/2004, 10:45
  251. 148. Vertex R&D: CMOS Beam Tests
    Damien Grandjean (IReS - Strasbourg)
    22/04/2004, 10:45
  252. 130. Identifying Universal Extra Dimensions at CLIC
    Albert DeRoeck (CERN)
    22/04/2004, 10:50
  253. 232. Search for the Lepton Flavor Violation in the Higgs Boson Decay at a Linear Collider
    Toshihiko Ota (Osaka University)
    22/04/2004, 10:55
  254. 149. Tracking R&D
    Bruce Schumm
    22/04/2004, 10:55
  255. 161. Precision Mass determination for stop quarks using charm tagging
    A. Finch (Lancaster Univ)
    22/04/2004, 11:00
  256. 174. The large detector concept
    P. Checchia (INFN- Padova)
    22/04/2004, 11:00
  257. 131. Probing Minimal 5D Extensions of the SM
    Reinhold Rueckl (Wurzburg)
    22/04/2004, 11:10
  258. 150. Calorimeter R&D
    Felix Sefkow (DESY)
    22/04/2004, 11:15
  259. 175. Differences between the US large and the TESLA large detector
    Mike Ronan (Berkeley)
    22/04/2004, 11:15
  260. 162. Stop production in polarized photon-photon collisions
    N. Skachkov (JINR)
    22/04/2004, 11:15
  261. 233. The invisible Higgs decay in the ADD model at LHC and LC
    Daniele Dominici (Universita di Firenze)
    22/04/2004, 11:20
  262. 132. Graviton-induced Bremsstrahlung at e^+e^- colliders
    Per Osland (Bergen)
    22/04/2004, 11:30
  263. 163. NLO-MSSM corrections to squark pair production in photon-photon collisions
    S. Berge (SMU)
    22/04/2004, 11:30
  264. 151. Muon R&D
    M. Piccolo (INFN-LNF)
    22/04/2004, 11:35
  265. 234. Future Directions for the Higgs Working Group--A General Discussion
    Desch, K. (DESY)
    22/04/2004, 11:40
  266. 164. Collider phenomenology of light strange-bottom squark
    K. Cheung (Natl Tsing Hua Univ)
    22/04/2004, 11:45
  267. 152. Discussion mediated by Erik Ramberg
    Erik Ramberg (FNAL)
    22/04/2004, 11:45
  268. 133. Higgs pair production in models with large extra
    Nobuchika Okada (KEK)
    22/04/2004, 11:50
  269. 176. Chair: Sachio Komamiya - Questions and discussion on the accelerator technology option
    Panel:G. Dugan, A. Wagner
    22/04/2004, 13:30
    (following Monday's afternoon talks)
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  270. 179. Short presentations on detector related warm/cold issues. Chair : J. Jaros - Energy Luminosity and polarization measurement
    M. Woods
    22/04/2004, 14:00
  271. 183. Timing and bunch structure
    K. Desch
    22/04/2004, 14:10
  272. 184. Forward Region Issues
    T. Tauchi/ P. Bambade
    22/04/2004, 14:20
  273. 185. Discussion
    22/04/2004, 14:30
  274. 181. Chair: J. Brau - Draft response to ILCSC/ICFA request for a global experimental programme.
    D. Miller
    22/04/2004, 15:00
  275. 177. Discussion
    22/04/2004, 15:15
  276. 182. Chair: Rolf-Dieter Heuer - LC Outreach: to the public and to decision makers
    P. Burrows
    22/04/2004, 16:00
  277. 180. Draft answers to ITRP questions task force
    JoAnne Hewett
    22/04/2004, 16:25
  278. 178. Discussion
    22/04/2004, 16:40
  279. 186. Energy Flow and Particle Flow
    Henri Videau
    22/04/2004, 17:00
  280. 189. Higgs and EWSB : Experiments
    Timothy Barklow (SLAC)
    23/04/2004, 08:30
  281. 190. Higgs and EWSB : Theory
    Shinya Kanemura (Osaka University)
    23/04/2004, 08:45
  282. 191. Susy Studies
    G. Belanger (LAPP Annecy)
    23/04/2004, 09:00
  283. 192. New Physics at TeV scale and precision Electroweak
    Atul Gurtu (Tata Institute)
    23/04/2004, 09:25
  284. 193. Top and QCD
    Zenro Hioki (University of Tokushima)
    23/04/2004, 09:55
  285. 194. Gamma-Gamma e-gamma physics and technology
    Mayda Velasco (Northwestern University)
    23/04/2004, 10:30
  286. 195. Loop calculations
    Sven Heinemeyer (CERN)
    23/04/2004, 10:45
  287. 196. e- e-
    K. Cheung (Natl Tsing Hua Univ)
    23/04/2004, 10:55
  288. 187. Tracking and Vertexing
    M. Battaglia (LBL)
    23/04/2004, 11:05
  289. 188. Calorimetry and Muons
    T. Takeshita (Shinshu Univ.)
    23/04/2004, 11:35
  290. 203. Simulation
    Ties Behnke (DESY)
    23/04/2004, 13:30
  291. 202. Machine-Detector interface
    Olivier Napoly (CEA/Saclay, DAPNIA/SACM)
    23/04/2004, 13:50
  292. 198. Test Beams
    Dr vaclav vrba (Institute of Physics, Prague)
    23/04/2004, 14:05
  293. 199. accelerator Physics
    George Gollin (University of Illinois)
    23/04/2004, 14:15
  294. 201. Polarization
    Achim Stahl (DESY Zeuthen)
    23/04/2004, 14:30
  295. 200. Cosmology
    H. Baer (Florida SU)
    23/04/2004, 14:45
  296. 197. Summary Talk
    Rolf Heuer (Hamburg University)
    23/04/2004, 15:30

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