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Vancouver Linear Collider Workshop/GDE Meeting
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UBC, Vancouver, Canada
UBC, Vancouver, Canada
Description
On behalf of the ALCPG and GDE, the Local Organizing Committee of the Vancouver Linear Collider Workshop, invites you to the July 2006 joint meeting of the American Linear Collider Physics Group and the International Linear Collider Global Design Effort - organized by TRIUMF. It will be held on the Campus of the University of British Columbia in Vancouver, Canada from Wednesday, July 19th to Saturday, July 22nd.
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Opening Plenary (ALCPG+GDE) SUB ballroom
SUB ballroom
UBC, Vancouver, Canada
Convener: Jean-Michel Poutissou (TRIUMF)-
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OpeningSpeaker: Alan Astbury (President, IUPAP. University of Victoria)
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1
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10:00 AM
break
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Opening Plenary (ALCPG+GDE) SUB ballroom
SUB ballroom
UBC, Vancouver, Canada
Convener: Jean-Michel Poutissou (TRIUMF)-
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Comments from DOE Office of High Energy PhysicsSpeaker: Paul Grannis (DOE)
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CERN Council Strategy Group ReportSpeaker: Ken Peach (Oxford University)
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Communications and OutreachSpeaker: Judy Jackson (Fermilab Office of Public Affairs)
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12:30 PM
Lunch
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Detector/ IPBI IR MDI: I - Instrum. and MDI SUB 211
SUB 211
UBC, Vancouver, Canada
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Comparison of the 14/20 mrad and 2mrad extraction linesSpeakers: Eric Torrence (Oregon), Ken Moffeit (SLAC)
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MDI Discussion
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Detector/ Tracking: I - software SUB 207/9
SUB 207/9
UBC, Vancouver, Canada
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Track fitting, resolution limits and detector optimisationI am going to compare different track fitting algorithms and investigate factors limiting resolution of different track parameters in different areas of phase space (low Pt - high Pt, central-forward). Currently I have only 2 track fitting algorithms available in org.lcsim - simple circle fitter and weight matrix based (SLD-like) algorithm. I hope that Kalman filter based algorithm may be available before Vancouver and I will be able to make comparison with it also.Speaker: Nick Sinev
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Outer-Detector Tracking Studies for the SiDWe present tracking finding studies with the SODTracker package for the outer SiD tracker, and track fitting studies using Kalman filter fitters. Based on seed tracks found in the vertex tracker, the SODTracker uses an efficient propagation algorithm to find tracks in the outer detector. For optimal resolution tracks need to be fit with Kalman filter techniques, taking into account the presence of the material along the particle trajectories. We describe the status of the development of these packages, as well as results from performance studies.Speaker: Dr Fred Blanc (University of Colorado)
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Seed-based Tracking Algorithm for SiDOne of the approaches to track finding in SiD is to identify track seeds in the silicon pixel vertex detector and then associate hits with the seeds in the silicon strip outer tracker. This talk describes tracking code developed in the org.lcsim framework that constructs track seeds from 3D hit measurements and verifies the presence of a track using the other layers of the tracker. Partiuclar attention has been played to making the algorithm sufficiently flexible to allow the study of design alternatives for SiD.Speaker: Richard Partridge (Off-White University)
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TPC Reconstruction Framework using LCIO and MarlinThe result of a TPC software meeting at DESY in June is being presented. Detailed common software standards were agreed upon in order to facilitate the exchange of code and data. A MarlinTPC package will be written into a central software repository at DESY.Speaker: Christian Hansen (University of Victoria)
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GDE Plenary SUB ballroom
SUB ballroom
UBC, Vancouver, Canada
Convener: Nan Phinney (SLAC)- 22
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CCB ReportSpeaker: Nobu Toge (KEK)
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Technical Systems/ Cryomodule ReportSpeaker: Norihito Ohuchi (KEK)
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Physics/ Terascale: I SUB 205
SUB 205
UBC, Vancouver, Canada
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3:30 PM
break
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Detector/ Muon PID SUB 211
SUB 211
UBC, Vancouver, Canada
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Education and Outreach SUB 212
SUB 212
UBC, Vancouver, Canada
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It's Not Just A Good Idea - Education and Outreach in Particle PhysicsSpeaker: Randy Ruchti (University of Notre Dame and NSF)
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High School Teacher's PerspectiveSpeaker: Philip Freeman (Richmond High School and TRIUMF)
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GDE Plenary SUB ballroom
SUB ballroom
UBC, Vancouver, Canada
Convener: Bob Kephart (FNAL)- 40
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42
Technical Systems/ Dumps & Collimators ReportSpeaker: Thomas Markiewicz (SLAC)
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Physics/ ILC-LHC: I SUB 207/9
SUB 207/9
UBC, Vancouver, Canada
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Physics/ Terascale: II SUB 205
SUB 205
UBC, Vancouver, Canada
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6:30 PM
Reception Sage
Sage
UBC, Vancouver, Canada
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Detector/ Simul - Recon: I SUB 212A
SUB 212A
UBC, Vancouver, Canada
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- 49
- 50
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Detector/ Test beam SUB 211
SUB 211
UBC, Vancouver, Canada
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52
IntroductionOverview update of ILC detector test beam activitiesSpeaker: Jae Yu (University of Texas at Arlington)
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US Muon Beam Test Activities and PlansUS-Based muon groups' activities and plansSpeaker: Bob Abrams (Indiana University)
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CALICE Beam Test Status and PlansCALICE collaboration's current beam test activities and its plansSpeaker: Andy White (University of Texas at Arlington)
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US Calorimeter Beam Test Status and PlansUS based calorimeter groups' beam test activities and their plansSpeaker: Jose Repond (Argonne National Laboratory)
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FNAL Beam Test Facility Status and PlansCurrent Fermilab beam test facility, its availability and plansSpeaker: Erik Ramberg (Fermi National Accelerator Laboratory)
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Detector/ Tracking: II - Silicon SUB 207/9
SUB 207/9
UBC, Vancouver, Canada
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SiD Tracker Design: Status and PlansThe SiD concept achieves the performance goals for tracking at the ILC with a novel, all-silicon tracker. This design relies upon new techniques in readout electronics and sensor design that must be successfully prototyped as a proof-of-principle. The current design will be described in detail and the status of efforts to prototype and test the critical components will be discussed.Speaker: Tim Nelson (SLAC)
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Recent Progress in Tracker Alignment R&D at MichiganRecent progress in tracker alignment R&D at Michigan will be reported. Dual-laser frequency scanning interferometery (FSI) has proven to work well in reducing systematic uncertainties due to temperature fluctuations which limit single-laser FSI measurements under realistic detector conditions. Results of several recent tests carried out to cross-check the precision of the dual-laser method will be presented. Exploratory work to miniaturize the FSI optical components will also be discussed.Speaker: Keith Riles (University of Michigan)
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GDE Plenary SUB ballroom
SUB ballroom
UBC, Vancouver, Canada
Convener: Nobu Toge (KEK)- 60
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10:00 AM
break
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Detector/ Calorimetry: I SUB 212A
SUB 212A
UBC, Vancouver, Canada
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Silicon-tungsten ECal - Recent Results and PlansAfter reviewing the Si-W ECal, optimized for SiD, we will give recent results on silicon detector results from the lab and on test of the first fully-designed integrated readout chip (KPiX). We will present our near-term plans.Speaker: Marty Breidenbach (SLAC)
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The Multi-Pixel Photon Counter for the GLD Calorimeter ReadoutThe Multi-Pixel Photon Counter (MPPC) is a novel type photon sensor which has great performances feasible for the GLD calorimeter readout. In this talk we present current status and results of the MPPC performance study from a standpoint of the practical use at the GLD calorimeter. Satoru UozumiSpeaker: Satoru Uozumi (University of Tsukuba, Japan)
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Outline of GLD-CAL beam test planWe are planning beam tests of ECAL(W/Sci) prototype using the Multi-Pixel Photon Counter(MPPC) readout system. This talk is about outline of the plan and also contains a status report of the R&D for optimal scintillator strip structure. Saori Itoh Shinshu university, (GLD-CAL)Speaker: Saori Itoh
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Development of a Scintillator-Tungsten Electromagnetic Calorimeter with Silicon PhotomultipliersWe are investigating the feasibility of a scintillator-tungsten electromagnetic calorimeter. We use silicon photomultipliers in our calorimeter module to detect light in scintillator tiles guided by wavelength-shifting fibers. We observe sensitivity to single visible photons in the photomultipliers, and can discriminate photons on a time scale of under 10 ns. We are currently studying the response of our module to cosmic ray muons, as well as the performance of the wavelength-shifting fibers. Joseph ProulxSpeaker: Joseph Proulx (University of Colorado at Boulder)
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Detector/ IPBI IR MDI: II - Testbeam Reports SUB 215
SUB 215
UBC, Vancouver, Canada
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Detector/ Tracking: III - TPC SUB 207/9
SUB 207/9
UBC, Vancouver, Canada
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MPGD-TPC Resolution Studies with Charge Dispersion in a Test BeamThe Micro Pattern Gas Detector (MPGD) readout TPC, proposed for the International Linear Collider (ILC), will have to measure 200 track points with a transverse resolution close to 100 microns. It will be difficult to meet the resolution goal with conventional MPGD readout techniques if 2 mm x 6 mm pads were used as was initially envisioned. Reducing the pad width to improve resolution could add significantly to the detector cost and complexity. The new MPGD readout concept of charge dispersion has been shown to achieve excellent resolution without resorting to narrower pads in cosmic ray TPC tests without a magnetic field. We have recently tested two small prototype MPGD-TPCs with charge dispersion readout in a 1 T superconducting magnet in a test beam at KEK. Transverse resolution close to 50 microns was achieved with 2 mm wide pads at 1 T for short drift distances. The dependence of resolution on drift distance was as expected from diffusion. With larger suppression of transverse diffusion at higher magnetic fields, the resolution goal of 100 microns appears feasible for the ILC TPC. The present status of charge dispersion MPGD-TPC resolution studies will be presented.Speaker: Madhu Dixit (Carleton University)
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Studies with the Cornell/Purdue prototype TPCThe Cornell/Purdue prototype TPC, first commissioned in December 2004, has an active area of 10cm square and a drift length of 64cm. The present readout includes 56 channels of 14 bit, 105 MHz, flash-ADCs. Revised readout pad boards, installed in March 2006, include a combination of 5mm and 2mm pads. Recent studies of various gas-amplification devices will be discussed. These include Purdue-3M Micromegas, the Saclay produced bulk Micromegas, and GEMs.Speaker: Dan Peterson (Cornell University)
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Transition of TPC R&D to the Next Phase of WorkA Time Projection Chamber is being investigated as central tracker for the detector at the ILC. To provide a comparison and explore the potential improvements using Micro-Pattern Gas Detectors, Gas Electron Multipliers (GEM) and Micromegas (MM), compared with Multi-Wire Proportional Chambers, which have used up to now in TPCs, several small prototype chambers (diameter ca. 30cm) have been built and tested. The next step in this development will be the construction and test of a Large Prototype (diameter ca. 90 cm) with GEM and MM endplates at the EUDET facility. A brief overview of the small-prototype work and the planning for the Large Prototype will be given.Speaker: Ron Settles (MPI Munich)
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GDE Plenary SUB ballroom
SUB ballroom
UBC, Vancouver, Canada
Convener: Nick Walker (DESY)- 82
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Area Systems/ Main Linac ReportSpeaker: Nikolay Solyak (FNAL)
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12:30 PM
lunch
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ALCPG Plenary: I SUB ballroom
SUB ballroom
UBC, Vancouver, Canada
Convener: Mark Oreglia (U Chicago)- 90
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GDE/ Accelerator Physics SUB 211
SUB 211
UBC, Vancouver, Canada
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GDE/ BDS SUB 205
SUB 205
UBC, Vancouver, Canada
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Discuss progress and agenda
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meet with CF&S
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meet with Instrumentation TS
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GDE/ CF&S, Installation Henn 202
Henn 202
UBC, Vancouver, Canada
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GDE/ Communications SUB 213
SUB 213
UBC, Vancouver, Canada
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GDE/ Controls Henn 201
Henn 201
UBC, Vancouver, Canada
- Attendance Limited
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97
Joint Meeting with Installations Group Henn 202
Henn 202
UBC, Vancouver, Canada
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98
Joint Meeting with RF TS Group Henn 201
Henn 201
UBC, Vancouver, Canada
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GDE/ Cryogenics Henn 304
Henn 304
UBC, Vancouver, Canada
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GDE/ Damping Rings SUB 212A
SUB 212A
UBC, Vancouver, Canada
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GDE/ EDMS Henn 302
Henn 302
UBC, Vancouver, Canada
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GDE/ Magnets SUB 215
SUB 215
UBC, Vancouver, Canada
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GDE/ Positron & Electron Source SUB 207
SUB 207
UBC, Vancouver, Canada
Review of positron system design, start to end.
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Electron Source Status and PlansSpeaker: Axel Brachmann (SLAC)
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Undulator e+ Source Status and PlansSpeaker: Dr John Sheppard (SLAC)
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Compton e+ Source Status and PlansSpeaker: Dr Masao Kuriki (KEK)
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3:30 PM
break
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Education and Outreach SUB 212
SUB 212
UBC, Vancouver, Canada
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105
Relationship between Science Centres and ScientistsSpeaker: Kevin Kearn (Science World -- Vancouver)
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105
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GDE/ Accelerator Physics SUB 211
SUB 211
UBC, Vancouver, Canada
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GDE/ BDS SUB 205
SUB 205
UBC, Vancouver, Canada
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106
meet with Beam dumps & collimators TS
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107
meet with Magnets TS
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108
meet with Design Control Board (also past 18:00 if needed)
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106
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GDE/ CF&S, Installation Henn 202
Henn 202
UBC, Vancouver, Canada
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GDE/ Communications SUB 213
SUB 213
UBC, Vancouver, Canada
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GDE/ Controls Henn 201
Henn 201
UBC, Vancouver, Canada
- Attendance Limited
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109
Open Discussions Henn 201
Henn 201
UBC, Vancouver, Canada
* Controls R&D planning. * To what level do we establish standards for the controls interfaces? * HA implementation in the control system.
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GDE/ Damping Rings SUB 212A
SUB 212A
UBC, Vancouver, Canada
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GDE/ EDMS Henn 302
Henn 302
UBC, Vancouver, Canada
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GDE/ Magnets SUB 215
SUB 215
UBC, Vancouver, Canada
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GDE/ Positron & Electron Source SUB 207
SUB 207
UBC, Vancouver, Canada
Review of positron system design, start to end.
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110
EuroTev e+ Source ActivitiesSpeaker: Jim Clarke
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111
e+ Target and AMD Status and PlansSpeaker: Dr Jeff Gronberg (LLNL)
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112
e+ Undulator ConsiderationsSpeaker: A. Mikhailichenko
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113
e+ Beyond Vancouver
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110
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Town Hall Meeting (ALCPG+GDE) SUB ballroom
SUB ballroom
UBC, Vancouver, Canada
Moderator: Alan Astbury / Panel members: Barry Barish,
Gerry Dugan, Brian Foster, Kaoru Yokoya, Jim Brau,
Francois Richard, Hitoshi Yamamoto, Chris Damerell,
Shin-ichi Kurokawa-
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Town Hall MeetingModerator: Alan Astbury Panel members: Barry Barish, Gerry Dugan, Brian Foster, Kaoru Yokoya, Jim Brau, Francois Richard, Hitoshi Yamamoto, Chris Damerell
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114
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Detector/ Calorimetry: II Henn 202
Henn 202
UBC, Vancouver, Canada
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115
Update on the GEM Digital HCalTo meet the requirements for precision jet energy measurements through the particle flow algorithm, the development of hadronic calorimeter technique with an unprecedented granularity is necessary. For this, UTA group has been working on developing a Digital Hadron Calorimeter using Gas Electron Multiplier (GEM) in the sensitive gap. The group has recently developed 30cmx30cm GEM foils together with 3M Inc. and have constructed a large prototype chamber with multiple readout channels. This chamber has been exposed to a high current, low energy electron beam in KAERI, Korea. We will report on these recent progress of larger GEM foil development and the preliminary result of the beam exposure data. Jae YuSpeaker: Jae Yu (UTA)
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116
Construction of a Hadron Calorimeter Prototype Section with Resistive Plate ChambersWe report on the progress made toward building a prototype section of a highly segmented hadron calorimeter for the ILC. The section includes 40 layers, each with the an area of 1 m^2, of Resistive Plate Chambers, interleaved with 20 mm steel plates as absorber. The section will undergo a detailed test program at the MTBF test beam at Fermilab, planned for 2008. This effort is considered an important part of the overall program of the CALICE collaboration. The main purpose of this project is a) to validate our technological approach to finely granulated hadron calorimetry using Resistive Plate Chambers, b) to validate our concept of the electronic readout system with a highly multiplexed front-end, c) to perform precision measurements of hadronic showers with unprecedented spatial resolution, d) to validate the Monte Carlo simulation of hadronic showers and e) to compare its performance with the performance of the scintillator-based tile calorimeter section currently being built by the CALICE collaboration. Jose' RepondSpeaker: Jose' Repond (Argonne National Laboratory)
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118
Calorimetry Plans for the 4th ConceptAbstract: The DREAM beam tests revealed that for electromagnetic showers, the energy resolution was limited by photoelectron statistics and the spatial resolution by the 7.2-cm channel size. Both problems are solved by a front-end calorimeter of 2x2x25 cm^3 PbWO4 crystals with dual readout of scintillation and Cerenkov light with SiPMs to preserve the excellent hadronic energy resolution. I will discuss bench tests done at TTU, the upcoming CERN test, and our plans for a cubic-meter module that incorporates all of our present ideas: dual-readout crystal calorimeter, triple-readout (scintillation, Cerenkov, MeV-neutrons) fiber calorimeter, including two methods for measuring the neutrons, and a possible slice test of TPC/prototype-dual-triple-muon/prototype in some kind of magnetic field. John HauptmanSpeaker: John Hauptman (Iowa State)
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115
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Detector/ Vertex: I Henn 301
Henn 301
UBC, Vancouver, Canada
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119
CMOS Pixel R&D at U HawaiiSpeaker: Marlon Barbero (U Hawaii)
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120
Monolithic Pixel R&D at LBNLSpeaker: Devis Contarato (LBNL)
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121
Backthinning of CMOS Pixel SensorsSpeaker: Benjamin Hooberman (LBNL)
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122
SOI Detectors and 3D MultiTier Electronics R&D at FermilabSpeaker: Ronald Lipton (Fermilab)
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123
Chrono Pixel R&D with SarnoffSpeaker: David Strom (U Oregon)
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119
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GDE/ BDS, MDI,CF&S, Controls, Ops SUB 212A
SUB 212A
UBC, Vancouver, Canada
we will have SKYPE and could call up to 4 people.
Please send your number that we can call. Sorry for
such arrangements.- 124
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130
Updates from GG community -- Gronberg, Moenig
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GDE/ Cavity SUB ballroom
SUB ballroom
UBC, Vancouver, Canada
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GDE/ Communications SUB 213
SUB 213
UBC, Vancouver, Canada
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GDE/ Cryomodule SUB 215
SUB 215
UBC, Vancouver, Canada
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GDE/ DR, CF&S, Controls, Ops SUB 207
SUB 207
UBC, Vancouver, Canada
Electron Cloud: Can we eliminate the second positron damping ring? (8:30-10:00am); Global R&D plan: beyond the RDR (10:30-12:30)
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GDE/ Magnets SUB 211
SUB 211
UBC, Vancouver, Canada
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GDE/ Positron Source, CF&S, Controls, Ops SUB 205
SUB 205
UBC, Vancouver, Canada
Reports from and discussion with CF&S/Controls/Ops.Discussion wiht Magnet and Power Supplies and Cavities.
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GDE/ RF Power SUB 212
SUB 212
UBC, Vancouver, Canada
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GDE/ RTML,ML, CF&S, Controls, Ops,Cryo SUB 209
SUB 209
UBC, Vancouver, Canada
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Physics/ ILC-LHC: II Henn 201
Henn 201
UBC, Vancouver, Canada
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10:00 AM
break
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Detector/ Simul - Recon: II - Cal & PFA Henn 200
Henn 200
UBC, Vancouver, Canada
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135
Development of a Particle Flow Algorithm at ArgonneI will report on our effort to develop a particle flow algorithm that can demonstrate the required jet energy resolution and be used to optimize ILC detector design. I will discuss the current status of the algorithms, performance with z-pole events, our future plan.Speaker: Dr Lei Xia (Argonne National Laboratory)
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138
Individual Particle ReconstructionIn this talk, we present a flexible analysis framework for reconstructing individual particles in LC detectors. We demonstrate its performance on a number of detector models with different choices of calorimeter absorber, active media and readout segmentation as well as overall detector parameters such as the strength of the B-field, magnet bore, aspect ratio, hermeticity, etc.Speaker: Dr Stephen Magill (Argonne National Laboratory)
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139
Reconstruction Studies for a Scintillator-Tungsten ElectromagneticWe have performed a number of reconstruction studies for an electromagnetic calorimeter with tungsten absorber and 5cm square scintillator tiles, offset by 2.5cm in alternating layers. The offset gives us nearly the same performance as a detector with 2.5cm square tiles. These studies use the SLIC/org.lcsim simulation and reconstruction framework. We have established good cluster-finding performance in 500GeV ZZ to 4-jet events, and have developed algorithms to distinguish single photons from merged pi^0 clusters at high energies, and to determine the direction of incident photons with high precision. We are investigating methods to study hadrons that interact in the EM calorimeter, and the effect of constraints on dynamic range in data acquisition on energy measurements for very high energy photons and electrons.Speaker: Joseph Proulx
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140
New Calorimeter Geometry in GLD Full Simulator and Performance TestWe implemented the new calorimetery geometry into GLD Full Simulator for Realistic PFA study. We will introduce about the new calorimeter geometry and performance test of current PFA.Speaker: Hiroaki Ono (Niigata University)
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141
Performance of Realistic PFA for GLD detectorThere is a general consensus that the Particle Flow Algorithm (PFA) drives the overall ILC detector design. We studied the PFA for GLD detector using the GEANT4-based full simulator named Jupiter. In this talk, the general scheme and performance of the GLD-PFA are presented.Speaker: Tamaki Yoshioka (ICEPP, Univ. of Tokyo)
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135
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GDE/ BDS, MDI,CF&S, Controls, Ops SUB 212A
SUB 212A
UBC, Vancouver, Canada
we will have SKYPE and could call up to 4 people.
Please send your number that we can call. Sorry for
such arrangements.-
142
Reserved
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143
Mtg. with Operations Global group
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144
Mtg. with Installation Global group
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145
Mtg. with Controls Global group
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146
Agenda for the afternoon of July 21stJuly 21st 13:30-14:30 BDS in GDE agenda D.A-K and A.S. meet with TS groups 13:30-14:15 Vacuum TS H.Y. meets RDR on detector R&D July 21st 14:30-15:30 BDS leaders + EC + WWS discuss IRs July 21st 16:00-18:00 Discuss general progress, R&D priorities, RDR writing, etc.
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142
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GDE/ Cavity SUB ballroom
SUB ballroom
UBC, Vancouver, Canada
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GDE/ Communications SUB 213
SUB 213
UBC, Vancouver, Canada
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GDE/ Cryomodule SUB 215
SUB 215
UBC, Vancouver, Canada
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GDE/ DR, CF&S, Controls, Ops SUB 207
SUB 207
UBC, Vancouver, Canada
Electron Cloud: Can we eliminate the second positron damping ring? (8:30-10:00am); Global R&D plan: beyond the RDR (10:30-12:30)
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GDE/ Magnets SUB 211
SUB 211
UBC, Vancouver, Canada
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GDE/ Positron Source, CF&S, Controls, Ops SUB 205
SUB 205
UBC, Vancouver, Canada
Reports from and discussion with CF&S/Controls/Ops.Discussion wiht Magnet and Power Supplies and Cavities.
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GDE/ RF Power SUB 212
SUB 212
UBC, Vancouver, Canada
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GDE/ RTML,ML, CF&S, Controls, Ops,Cryo SUB 209
SUB 209
UBC, Vancouver, Canada
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Physics/ Cosmology: I Henn 202
Henn 202
UBC, Vancouver, Canada
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- 148
- 149
- 150
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Physics/ Precision: I Henn 301
Henn 301
UBC, Vancouver, Canada
- 151
- 152
- 153
- 154
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12:30 PM
Lunch
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ALCPG Plenary Detectors Henn 201
Henn 201
UBC, Vancouver, Canada
Convener: Patricia McBride (FNAL)- 155
- 156
- 157
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ALCPG Theory Rally Henn 202
Henn 202
UBC, Vancouver, Canada
- 158
- 159
- 160
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GDE/ Acc. Physics SUB 211
SUB 211
UBC, Vancouver, Canada
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GDE/ CF&S SUB 215
SUB 215
UBC, Vancouver, Canada
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GDE/ Commissioning, Ops Henn 301
Henn 301
UBC, Vancouver, Canada
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GDE/ Communications SUB 213
SUB 213
UBC, Vancouver, Canada
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GDE/ Dumps & Collimators SUB 209
SUB 209
UBC, Vancouver, Canada
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GDE/ Instrumentation SUB 207
SUB 207
UBC, Vancouver, Canada
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GDE/ Magnets Henn 304
Henn 304
UBC, Vancouver, Canada
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GDE/ RF Power Henn 302
Henn 302
UBC, Vancouver, Canada
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GDE/ Vacuum SUB 205
SUB 205
UBC, Vancouver, Canada
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3:30 PM
break
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ALCPG Plenary Detectors Henn 201
Henn 201
UBC, Vancouver, Canada
Convener: Jim Brau (U Oregon)- 161
- 162
- 163
- 164
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GDE/ Acc. Physics SUB 211
SUB 211
UBC, Vancouver, Canada
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GDE/ CF&S SUB 215
SUB 215
UBC, Vancouver, Canada
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GDE/ Commissioning, Ops Henn 301
Henn 301
UBC, Vancouver, Canada
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GDE/ Communications SUB 213
SUB 213
UBC, Vancouver, Canada
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GDE/ Dumps & Collimators SUB 209
SUB 209
UBC, Vancouver, Canada
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GDE/ Instrumentation SUB 207
SUB 207
UBC, Vancouver, Canada
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GDE/ Magnets Henn 304
Henn 304
UBC, Vancouver, Canada
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GDE/ RF Power Henn 302
Henn 302
UBC, Vancouver, Canada
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GDE/ Vacuum SUB 205
SUB 205
UBC, Vancouver, Canada
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6:00 PM
Pre-banquet Reception SUB Party Room & Courtyard
SUB Party Room & Courtyard
UBC, Vancouver, Canada
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7:00 PM
Banquet SUB ballroom
SUB ballroom
UBC, Vancouver, Canada
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Detector/ Vertex: II SUB 205
SUB 205
UBC, Vancouver, Canada
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167
LCFI Sensor and Mechanics R&DSpeaker: Joel Goldstein (RAL)
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168
The ILC Vertex Tracker White Paper ProposalSpeaker: Marco Battaglia (UC Berkeley and LBNL)
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169
Round Table on Mid-Term Goals and Planning: Sensor, Mechanics and Software
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167
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GDE/ Communications SUB 213
SUB 213
UBC, Vancouver, Canada
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Physics/ Precision: II SUB 207/9
SUB 207/9
UBC, Vancouver, Canada
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176
On Top Threshold and ttH at 500 GeVSpeaker: Dr Andre Hoang (MPI Munich)
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10:00 AM
break
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ALCPG Plenary: Physics summary SUB 207/9
SUB 207/9
UBC, Vancouver, Canada
Convener: Steve Godfrey (Carleton University)- 178
- 179
- 180
- 181
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GDE Plenary SUB ballroom
SUB ballroom
UBC, Vancouver, Canada
Convener: Kwang-Je Kim (ANL)- 182
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- 184
- 185
-
GDE/ Communications SUB 213
SUB 213
UBC, Vancouver, Canada
-
12:30 PM
Lunch
-
ALCPG Plenary: Detector summary SUB 207/9
SUB 207/9
UBC, Vancouver, Canada
Convener: Andy White (UTA)-
186
Vertex and Tracking summarySpeaker: Tim Nelson (SLAC)
- 187
-
188
Testbeam summarySpeaker: Jae Yu (Univ. of Texas at Arlington)
-
189
IPBI/IR/MDI summarySpeaker: Eric Torrence (University of Oregon)
-
190
Software session summarySpeaker: Norman Graf (SLAC)
-
186
-
GDE Plenary SUB ballroom
SUB ballroom
UBC, Vancouver, Canada
Convener: Dieter Proch (DESY)-
191
R&D Status/ Main Linac CavitiesSpeaker: Kenji Saito (KEK)
- 192
- 193
-
191
-
GDE/ Communications SUB 213
SUB 213
UBC, Vancouver, Canada
-
3:30 PM
break
-
