KILC12

23 Apr 2012, 08:00 → 27 Apr 2012, 21:00 Asia/Seoul

Hotel Inter-Brugo EXCO

Joint ACFA Physics / Detector Workshop and GDE meeting on Linear Collider

Monday 23 April

Registration

1 Welcome Address

Joint Plenary

WebEX Information Meeting_information.htm

2 ICFA Report (via WebEx)

Speaker: Pier Oddone (FNAL)

Slides Oddone-ICFA_Report_to_KILC12.pdf Oddone-ICFA_Report_to_KILC12.pptx

3 ILCSC report (via WebEx)

Speaker: Jonathan Bagger (Johns Hopkins University)

Slides KILC12_Bagger.pdf KILC12_Bagger.pptx

4 Asian perspective

Speaker: Gao Jie

Slides Asia_Report_(KILC12).pdf Asia_Report_(KILC12).ppt

5 Japanese effort towrds ILC

Speaker: Satoru Yamashita (U. Tokyo)

Slides 20120423-KILC12-sent.pdf

10:20 break

6 Research director report

Speaker: Sakue Yamada

Slides

• RD's_Report@KILC12Daegu.pdf
• RD's_Report@KILC12Daegu.pptx
• slides

7 GDE report

Speaker: Barry Barish

Slides Barish_KILC_04-12.pdf Barish_KILC_04-12.ppt

Photo Time

GDE EC

12:15 Lunch

Joint Plenary

WebEX Information Meeting_information.htm

8 LHC results

Speaker: Tae Jeong Kim

Slides TJ_LHC_results_KILC.pdf

9 Report on the Physics Chapter of the DBD

Speaker: Michael Peskin (SLAC, Stanford University)

Slides ILCPhysicsReport12.pdf

14:30 break

ACFA Plenary

slides WebEx information

10 The LC input to the European Strategy

Speaker: Prof. Francois Le Diberder

Slides DaeguTalk.pdf

11 Progress of ILD towards DBD

Speaker: Tomohiko Tanabe (University of Tokyo)

Slides 20120423-ild-tanabe3.pdf

12 Progress of SiD towards DBD

Speaker: Dr Timothy Barklow (SLAC)

Slides SiD_Progress_Towards_DBD_Barklow_23Apr2012.pdf SiD_Progress_Towards_DBD_Barklow_23Apr2012.pptx

13 Report of CLIC physics and detector study

Speaker: Lucie Linssen (CERN)

Slides Linssen_CLIC_KILC_April2012.pdf

slides ppt Linssen_CLIC_KILC_April2012.pptx

14 Common MDI issue

Speaker: Dr Karsten Buesser

Slides 120423_common_MDI_issues.pdf

GDE Plenary

15 Project Manager's presentation

Speaker: Nicholas Walker (DESY)

Slides pm-opening-kilc12.pdf pm-opening-kilc12.pptx

GDE CFS: HLRF

16 title

Slides test.pdf test.pptx

GDE Cost

17 TDR and Cost discussion

GDE Main Linac: Homework from BTR@KEK (a)

18 RF power margin

Speaker: Dr Shinichiro Michizono (KEK)

Slides

• 1._RF_power_margin1_KILC_margin_Mic.pdf
• 1._RF_power_margin1_KILC_margin_Mic.ppt
• 1._RF_power_margin2_KILC_fixedP_variablekQl.pdf
• 1._RF_power_margin2_KILC_fixedP_variablekQl.pptx
• 1._RF_power_margin2_KILC_PDS.pdf
• 1._RF_power_margin2_KILC_PDS.ppt

19 homework of HLRF 1

Speaker: Dr Shigeki Fukuda (KEK)

Slides Fukuda_HLRF-homework.pdf Fukuda_HLRF-homework.pptx

20 homework of HLRF 2

Speaker: Dr Christopher Nantista (SLAC)

Slides Nantista_PDS_wo-cost.pdf Nantista_PDS_wo-cost.pptx

GDE RTML&BD

GDE Sources

GDE TDR Editor

21 TEB: plans / issues for joint sessions

22 TDR Part2: Costing

Joint with Costing Group

Welcome Reception

Tuesday 24 April

ACFA Calorimeters

23 The 2nd Generation Prototype of the CALICE Analogue HCAL and highlights from the Physics Prototype

Speaker: Dr Frank Simon (Max-Planck-Institut fuer Physik)

Slides AHCAL_KILC.pdf

24 T3B - Add-on to the CALICE HCALs for a first Study of the Time Structure of Showers

Speaker: Dr Frank Simon (Max-Planck-Institut fuer Physik)

Slides HadronTiming_KILC.pdf

25 Recent Developments in Dual-readout Calorimetry

Speaker: John Hauptman

Slides 2012-April-Daegu-KILC.pdf

26 Study of MPPC saturation performance

Speaker: Prof. Tohru Takeshita (Shinshu University)

Slides KILC12-Takeshita.pdf

27 Test Beam Results from the Forward Calorimeters

Speaker: Olga Novgorodova (DESY)

Slides KILC12_Novgorodova_AIDA.pdf

ACFA Physics

Convener: Shinya Kanemura (University of Toyama)

WebEX (4/24 08:00~) WebEx_Meeting_invitation_ACFA_Physics_Arpil_24.htm

WebEX (4/25 08:00~) WebEx_Meeting_invitation_ACFA_Physics_Arpil_25_morning.htm

WebEX (4/25 15:30~) WebEx_Meeting_invitation_ACFA_Physics_Arpil_25_evening.htm

28 Recent progress for the LC: polarization and precision calculations (via WebEx)

Speaker: Rohini Godbole (Indian Institute of Science)

Slides godbole_kilc12_physics.pdf

29 Multi tau lepton signatures in leptophilic two Higgs doublet model at the ILC

We study the feasibility of Type-X two Higgs doublet model (THDM-X) at collider experiments. In THDM-X, new Higgs states are almost decaying into tau leptons. Such scalar bosons are less constrained by current experimental data, because production cross sections are not enhanced by quark Yukawa interaction, and decay products includes multiple missing neutrinos. In this talk, we discuss a search strategy of THDM-X with multi tau lepton final states at ILC and LHC. By using collinear approximation, we show that a four tau signature (e+e- --> AH --> 4tau) can be a clean signal. This talk is based on the paper arXiv:1111.6089.

Speaker: Koji Tsumura (National Taiwan University)

Slides tsumura_kilc12_physics.pdf

30 The supersymmetric Higgs sector with four doublets and its decoupling property

We consider extended Higgs sectors in SUSY SM in which extra chiral superfields are introduced to the MSSM. In such extended models, deviations from the MSSM can remain in predictions of several Higgs measurements by the non-decoupling effect, even if the extra scalars are all heavy. It is interesting to see the property of such non-decoupling effects in various model. In this talk, we focus on the SUSY SM with extra doublets. This model is a typical example of models where the Higgs potential does not receive the F-term contributions. This type of model can be reduced to the MSSM in the heavy extra fields limit. Such a deviation from the MSSM prediction can be tested at the ILC by precise measurements of the Higgs sector. This talk is based on the following work: M. Aoki, S. Kanemura, T. Shindou, and K. Yagyu, JHEP 1111 (2011) 038.

Speaker: Tetsuo Shindou (Kogakuin University)

Slides shindou2.pdf

GDE CFS: TDR Part2

31 tit

GDE Cost: sources

32 Electron Source

33 Positron Source

GDE Damping Rings

34 Damping Rings Costing Discussion

GDE Main Linac: Homework from BRT@KEK (b)

35 WG3:WEBEX information

Speaker: Hitoshi Hayano (KEK)

Minutes Meeting_information.docx Meeting_information.pdf

36 Status of RTML design in TDR configulation

Speakers: Alessandro Vivoli (FNAL), Dr Nikolay Solyak (FNAL)

Slides KILC12_RTML_design2.pdf KILC12_RTML_design2.pptx

37 TDR lattice of the main linac

Speakers: Dr Nikolay Solyak (FNAL), Valeri Kapin (FNAL)

Slides 20120424_Kapin_ML_lattice_KILC12_v1.pdf 20120424_Kapin_ML_lattice_KILC12_v1.ppt

38 1 TeV upgrade

Speaker: Dr Kiyoshi Kubo (KEK)

Slides BeamDynamicsML.pdf BeamDynamicsML.ppt

39 homework of ML integration

Speaker: Chris Adolphsen (SLAC)

Slides CA_MLI_HW.pdf CA_MLI_HW.ppt

GDE RTML&BD: Join Main Linac Group

GDE Sources: Cost meeting (electron, positron)

GDE TDR Editor: Part2 CFS

40 TDR Part-2 (Baseline): CFS

Joint Session with CFS Working Group

IDAG

MDI

Conveners: Gao Jie (IHEP, China), Guinyum Kim (Kyungpook Nat. Univ, Korea), Hubert Gerwig (CERN, Swiss), Thomas Markiewicz (SLAC, USA), Toshiaki Tauchi (KEK, Japan)

webex-24April :1st MDI webex-mdi-kilc12.txt

webex-24April:2nd-MDI webex-mdi-2-kilc12.txt

Webex-25April: MDI-BDS webex-mdi-bds-kilc12.txt

Webex-25April : MDI-CFS webex-mdi-cfs-kilc12.txt

41 ILD MDI, update japanese mountain site

Speaker: Dr Karsten Buesser (DESY)

Slides 120424_ILD_MDI.pdf

42 SiD MDI (WebEX)

Speaker: Marco Oriunno (SLAC National Accelerator Laboratory)

Slides KILC12APR23.pdf KILC12APR23.pptx

43 SiD Forward: Beampipe, Cal.s and BI

Speaker: Dr Thomas Markiewicz (SLAC)

Slides 2012-04-24_Markiewicz-SiD_R20_at_Daegu_KILC.pdf 2012-04-24_Markiewicz-SiD_R20_at_Daegu_KILC.ppt

44 ILD Forward

Speaker: Wolfgang Lohmann (DESY)

Slides daegu_FCAL.pdf daegu_FCAL.ppt

10:00 break

ACFA Software

45 iLCSoft - Status and Plans

Speaker: Frank Gaede (DESY)

Slides gaede_ilcsoft_kilc12.pdf

46 org.sim status

Speaker: Norman Graf (SLAC)

Slides lcsim_Graf_ACFA_ILC_Daegu_120424.pdf lcsim_Graf_ACFA_ILC_Daegu_120424.pptx

47 Report of AIDA WG2 meeting

Speaker: Frank Gaede (DESY)

Slides gaede_aidawp2_kilc12.pdf

48 Common generator samples for DBD

Speaker: Mikael Berggren (DESY Hamburg)

Slides berggren_generatorWG_kilc12.pdf

ACFA Trackers

Webex Information webex.txt

49 DEPFET status report

This contribution aims to give an overview of the DEPFET project to develop ultra-thin vertex detectors for future collider applications. A brief status report for all detector components is presented. The focus of this report is on a recent achievement: the successful thinning of prototype sensors to a thickness of 50 micron. A characterization of the thermo-mechanical properties of a realistic detector mock up is shown, including an evaluation of the potential of gas-based cooling. The response of read-out modules based on these sensor prototypes and a new high-speed read-out ASIC is evaluated using a beam of minimum ionizing particles in the H6 area in the CERN SPS. Preliminary results from the beam test are shown.

Speaker: Marcel Vos (Instituto de Fisica Corpuscular (IFIC) - Universidad de Valencia)

Slides depfet.pdf

50 Towards a Vertex Detector Concept with a Microsecond Timestamping

"Low power CMOS Pixel Sensors of the MIMOSA series are about to meet the specifications of the ILD vertex detector. This achievement relies on double-sided ladders where the sensors mounted on one face provide the necessary spatial resolution while faster sensors mounted on the other face offre the necessary time stamping. The establised MIMOSA architecture allows to reach resolutions of 3 micrometres and 10 microseconds in this way. A faster version of this concept is emerging, based on in-pixel discrimination and on enhanced parallelisation of the sensor read-out. The approach is being implemented with a new series of sensors, called AROM (standing for Accelerated Read-Out Mimosa sensor), aiming at a timestamp better than 2 microseconds. Several advantages follow from this improvement, taking advantage of the mitigated sensitivity to the beam-related background. It should in particular reinforce standalone tracking capabilities, alleviate the necessity of a solenoid protecting the vertex detector from backscattered beam-related electrons and may allow facing the increased beamstrahlung rate expected at a collision energies well above 500 GeV. The talk will overview the concept and translate it into global vertex detector performances including power consumption. It will also suggest how the concept could be extended to the SIT sub-system."

Speaker: Marc Winter (Institut de Recherches Subatomiques (IReS))

Slides mwinter_kilc12_talk_remote.pdf

51 Developments of Readout ASIC for FPCCD vertex detector

I would like to present the resent developments of the readout ASIC for FPCCD vertex detector at ILC. Using Fine Pixel CCD(FPCCD) for the vertex detector is one of the attractive options for realizing ILC's physics. FPCCD uses a pixel size of 5×5um2 , which enables high position resolution. However also causes the total number of read out pixels to become extremely large (20,000x128pix/ch). These total number of pixels must be readout in the inter beam-beam time(200ms). This poses strict constraints on the readout system concerning speed, noise level and power consumption. I will report on the results of the resent developed readout system as well as the status of the new developing readout system and how they meet these demands.

Speaker: Eriko Kato (tohoku univ)

Slides vtx_kato.pdf

52 Cooling of FPCCD vertex detector for ILD

FPCCD vertex detector will be operated at -40C in order to minimize the effect of radiation damage. The power consumption inside the cryostat may exceed 50W. Therefore, an effective cooling system is necessary for the FPCCD vertex detector. We plan to use 2-phase CO2 for the coolant of the vertex detector. We would like to present an idea of FPCCD vertex detector cooling system and the recent study results on the cooling system using 2-phase CO2.

Speaker: Dr Yasuhiro Sugimoto (KEK)

Slides CO2cool20120424.pdf CO2cool20120424.pptx

GDE CFS: TDR Part2

GDE Cost: DR

53 Damping Ring costs

GDE Damping Rings: Cost meeting

GDE Main Linac: Homework from BRT@KEK (c)

54 WG3:WEBEX information

Speaker: Hitoshi Hayano (KEK)

Minutes Meeting_information.docx Meeting_information.pdf

55 homework of cavity gradient

Speaker: Dr Rongli Geng (Jefferson Lab)

Slides HomeWorkCavityGradient_KILC12_Geng.pdf HomeWorkCavityGradient_KILC12_Geng.ppt

56 Cavity yield database update

Speaker: Camille Ginsburg (FNAL)

Slides 20120710_KILC12_CavityDB_Ginsburg-corrected.pdf 20120710_KILC12_CavityDB_Ginsburg-corrected.pptx

57 homework of cryomodule

Speaker: Paolo Pierini (INFN Milano LASA)

58 homework of cavity integration & coupler process

Speaker: Hitoshi Hayano (KEK)

Slides BTR-HW_cavity_Integration_HH.pdf BTR-HW_cavity_Integration_HH.pptx

GDE RTML&BD

GDE Sources: Cost meeting (electron, positron)

GDE TDR Editor: Part2 CFS

59 TDR Part-2 (Baseline): CFS

Joint session with CFS Working Group

IDAG

MDI

webex-24April :1st MDI webex-mdi-kilc12.txt

webex-24April:2nd-MDI webex-mdi-2-kilc12.txt

Webex-25April: MDI-BDS webex-mdi-bds-kilc12.txt

Webex-25April : MDI-CFS webex-mdi-cfs-kilc12.txt

60 Beam halo measurement

Speaker: Philip Bambade (Laboratoire de l''Accelerateur Lineaire (LAL) (IN2P3) (LAL))

Slides halo-measurement.pdf halo-measurement.ppt

61 diamond sensor for the beam halo measurement

Speakers: H. Hyun, H. Park

Slides 120424_KILC_hpark_(updated).pdf

62 QD0 Prototype status

Speaker: Dr Brett Parker (BNL)

Slides KILC12_MDI_QD0_BParker.pdf KILC12_MDI_QD0_BParker.pptx

63 Permanent magnet option for the QD0

Speaker: Dr yoshihisa iwashita (Kyoto Univ.)

Slides KILC12PMFFQ.pdf

64 Update on FONT R&D

Speaker: Prof. Philip Burrows (Oxford University)

Slides FONT_ACFA_Daegu_April2012.pdf FONT_ACFA_Daegu_April2012.ppt

65 Beam-beam effects in luminosity measurement for ILC and CLIC (WebEX)

Speaker: Lukic Strahinja

Slides Beam-beam_and_Luminosity.pdf

GDE EC

IDAG

12:30 Lunch

GDE Sources: Parameter Table and system overview

Convener: Sabine Riemann (DESY)

66 Parameter

Speaker: Prof. Sabine Riemanns (DESY)

Slides Riemann_Sabine_KILC12a.pdf Riemann_Sabine_KILC12a.ppt

ACFA Calorimeters

Conveners: B.G Cheon (Hanyang Univ., Korea), Felix Sefkov (DESY, Germany), Gobinda Majumder (TIFR, India), Lei Xia (ANL,USA), Tohru Takeshita (Shinshu Univ., Japan)

ACFA Physics

Convener: Seong Youl Choi (Chonbuk National University)

WebEX (4/24 08:00~) WebEx_Meeting_invitation_ACFA_Physics_Arpil_24.htm

WebEX (4/25 08:00~) WebEx_Meeting_invitation_ACFA_Physics_Arpil_25_morning.htm

WebEX (4/25 15:30~) WebEx_Meeting_invitation_ACFA_Physics_Arpil_25_evening.htm

67 Motivations for precision Higgs physics

I will discuss a few theoretical models that motivate pushing the accuracy on Higgs branching ratios to the percent level.

Speaker: Michael E. Peskin (SLAC)

Slides PrecisionHiggs.pdf

68 Higgs branching fractions study in ILC

Recent LHC results indicate the light Higgs (115 < Mh < 131 GeV) and the possibility of the 250 GeV ILC machine is increasing. To catch up with these inputs, we update the Higgs BR results from LOI including H->WW* with concerning the several masses at the CM energy of 250 GeV. We also study the vvH BR at 1 TeV as a benchmarking process of DBD. In this talk, we present the latest results of Higgs BR measurement accuracies and the study toward the DBD analysis.

Speaker: Hiroaki Ono (Nippon Dental University)

Slides HiggsBR_20120424_ono.pdf

69 Precision measurement of Higgs to gauge bosons couplings

WWH and ZZH couplings are two of the fundamental couplings. Precision measurement of these two couplings are crucial to test the SM and constraint the new physics models. In this talk, we will present the WWH coupling measurement using vvH at 500 GeV and also the ZZH coupling by combining all the possible channels.

Speaker: Junping Tian (KEK)

Slides HVV_KILC12_tianjp.pdf

70 Higgs -> gamma gamma branching ratio

The determination of the Higgs boson branching fractions is central to the ILC physics programme. In particular, the rare decay H -> gamma gamma is one of the benchmark process for the DBD. Assuming an integrated luminosity of 250 fb-1 with the ILD detector at sqrt(s)=250 Gev we present preliminary results on the estimation of the statistical uncertainty on this branching ratio.

Speaker: Constantino Calancha (KEK)

Slides calancha_kilc12_physics.pdf

71 Physics studies for a staged construction of CLIC

We present the status of a study of the physics performance of CLIC for a staged construction with three energy stages at 500 GeV, 1.4 TeV and 3 TeV. For each stage, detailed information on the luminosity spectrum and the background level, in particular of mini-jet production in two photon processes, is used in full detector simulations. At the first energy stage, the capability for a top threshold scan by operating the machine at the top threshold and the measurement of the Higgs mass in Z recoils is studied. At 1.4 TeV, we consider mass and cross section measurements of various gauginos and sleptons with masses around 500 to 600 GeV in a specific SUSY model as well as the measurement of the Higgs selfcoupling. At 3 TeV, the previous extensive studies are complemented by the Higgs selfcoupling at full CLIC energy.

Speaker: Frank Simon (MPI)

Slides CLICStages.pdf

ACFA Trackers

Conveners: Akira Sugiyama (Saga Univ., Japan), Dominik Dannheim (CERN, Swiss), SuYong Choi (Korea Univ, Korea), Suchnadra Dutta (Saha Inst. of Nucl. Phys., India), Yasuhiro Sugimoto (KEK, Japan), Yulan Li (Tsinghua Univ., China)

Webex Information webex.txt

72 FBG monitored FTD

The design of the ILD FTD sub detector is one of the main tasks of the IFCA group. One of the main issues of tracking detectors is to know at each moment the exact position of every component. Having a deformation and displacement monitor system integrated in the sub detectors would be of great utility to deal with this task. Fiber Bragg Grating (FBG) is the primary technique used in several areas for environmental and deformation monitor. Due to its light mass, their immunity to electromagnetic and magnetic fields and nuclear environments, multiplexing capability and the possibility to be embedded seems to be the best solution for our purpose. As a previous step, a technological demonstrator of FTD support-petals will be designed and manufactured with FBG sensors embedded in its carbon fiber sandwich structure. The aim will be to measure the deformation in predefined points of the demonstrator and calculate the deformed shape of the structure and the displacement between the locked points of the petal.

Speaker: Alberto Ruiz Jimeno (Universidad de Cantabria)

Slides FBG_monitoring_FTD.pdf

73 Vertex detector R&D for CLIC

The CLIC vertex detector must have excellent spacial resolution, full geometrical coverage extending to low polar angles, extremely low mass, low occupancy facilitated by time-tagging, and sufficient heat removal from sensors and readout. These considerations, together with the physics needs and beam structure of CLIC, push the technological requirements to the limits and imply a very different vertex detector than the ones currently in use elsewhere. In this talk we review the proposed CLIC vertex-detector designs and present the current status and future plans of pixel-detector R&D for CLIC.

Speaker: Dominik Dannheim

Slides CLIC_Vertex-Detector_KILC12_24_Apr_2012.pdf

74 Air cooling and mechanical support of a CLIC Vertex Detector

The talk describes the engineering approach of an air cooling system for the Pixel and Tracker detectors. It will address the individual problems of mechanical support, air flow and cabling and how they are linked together. Computational fluid dynamic analysis show the resulting necessary air velocities and the temperatures in the different detector parts.

Speaker: Hubert Gerwig (CERN)

Slides Air_cooling_Vertex_GERWIG.pdf

75 Progress and status of the LCTPC

LCTPC (Linear Collider TPC) is the TPC concept considered for tracking within ILD. Its goal is to achieve a momentum resolution of 9x10-5/GeV/c in the 3.5T magnetic field. It also requires a very low material budget to enable precise measurement in the highly granular electromagnetic calorimeter. Different MicroPattern Gas Detector (MPGD) technologies are developped for electron amplification. Besides the usual pad readout, a silicon pixel readout based on the Timepix chip is studied. A light support frame is also designed to fulfill the robustness and low material constraints of the TPC. All the technologies are tested in a large TPC prototype (LPTPC) which can accomodate seven gas amplification and readout modules similar to what is expected in the final TPC. It has been used for tests in a 1T magnetic field with an electron beam at DESY. The MarlinTPC software framework follows the developments with growing simulation and reconstruction capabilities. The latest progress and future plans of LCTPC will be presented.

Speaker: Mr Philippe Gros (Saga University)

Slides 2012-04-24_KILC_LCTPC_Gros.pdf

ATF Collaboration and ATF2 Project

webex-information webex-atf2-kilc12.txt

76 ATF2 face-to-face meeting

Objective of this face-to-face meeting is to discuss a coordination of the ATF2 dedicated run in this fall, i.e. October through December and expected participation in this run from collaborators.

77 ATF-ICB meeting

ICB : International Collaboration Board Chaired by P. Burrows

GDE CFS: Int cost

GDE Cost: RTML, BDS, ML-cryogenics

78 RTML (WebEx)

Minutes (Forward_to_attendees)_Meeting_invitation__RTML_Cost_review.pdf

79 Open

80 Open

GDE Damping Rings: Lattice and Layout

81 DTC Lattice Update and Characterization Studies

Speaker: Prof. David Rubin (Cornell University)

Slides DRlat.pdf

82 DR Magnet and Layout Summary

Speaker: Joe Conway (Cornell University)

Slides DR_Magnet_and_Layout_Summary.pdf

83 Other DR Updates

84 Discussion of DR Layout & CFS Readiness for TDR

GDE Main Linac: TDR Part1 (SCRF R&D, Beam Test Facilities)

85 WG3 WEBEX information

Speaker: Hitoshi Hayano (KEK)

Minutes Meeting_information.docx Meeting_information.pdf

86 Report of TDR part1 writing: 2.1 overview

Speaker: Prof. Akira Yamamoto (KEK)

87 Report of TDR part1 writing: 2.2 SCRF infrastructure

Speaker: Jim Kerby (Fermi National Accelerator Lab. (Fermilab))

Slides TDR_P1_2.2.pdf TDR_P1_2.2.pptx

88 Report of TDR part1 writing: 2.3 Cavity

Speaker: Dr Rongli Geng (Jefferson Lab)

Slides ReportTDRwtitingPartICavity_Geng.pdf ReportTDRwtitingPartICavity_Geng.ppt

89 Report of TDR part1 writing: 2.4 Cavity integration

Speaker: Hitoshi Hayano (KEK)

Slides TDRpart1_cavity_integration_plan.pdf TDRpart1_cavity_integration_plan.pptx

90 Report of TDR part1 writing: 2.5 S1-Global

Speaker: Hitoshi Hayano (KEK)

Slides TDRpart1_S1G_plan.pdf TDRpart1_S1G_plan.pptx

91 Report of TDR part1 writing: 2.6 Cryomodule, Cryogenics

Speakers: Paolo Pierini (INFN Milano LASA), Mr Tom Peterson (FNAL)

92 Report of TDR part1 writing: 2.7 RF power

Speakers: Dr Christopher Nantista (SLAC), Dr Shigeki Fukuda (KEK)

Slides TDR_Wrighting_of_HLRF_PartI.pdf

93 Report of TDR part1 writing: 2.8 mass-production

Speaker: Jim Kerby (Fermi National Accelerator Lab. (Fermilab))

Slides TDR_P1_2.8.pdf TDR_P1_2.8.pptx

94 Report of TDR part1 writing: 3.1 Overvew

Speaker: Dr Marc Ross (FNAL)

95 Report of TDR part1 writing: 3.2 FLASH 9mA

Speaker: Mr John Carwardine (Argonne)

Slides TDR_writing_9mA_24April2012.pdf TDR_writing_9mA_24April2012.pptx

96 Report of TDR part1 writing: 3.5 FNAL NML

Speaker: mike church (Fermilab)

Slides ILC_TDR_NML.pdf

97 Report of TDR part1 writing: 3.6 Quantum-Beam at KEK

Speaker: Hitoshi Hayano (KEK)

Slides TDRpart1_QB_plan.pdf TDRpart1_QB_plan.pptx

GDE TDR Editor: Part1 Main Linac

98 TDR Part-1: SCRF Techology

Joint session with Main Linac Working Group

IDAG

GDE Sources

Conveners: Dr Andriy Ushakov (University of Hamburg), Wanming Liu (Argonne National Lab)

99 Beamline layout and latticese

Slides Positron_source_lattice(KILC2012).pdf Positron_source_lattice(KILC2012).pptx

GDE Sources: Target and AMD

Convener: Dr Jeff Gronberg (LLNL)

100 Target Test and AMD

Speaker: Dr Jeff Gronberg (LLNL)

Slides target.pdf

16:30 break

Panel Discussion

101 Panel Discussion on ILC Physics Case or ILC Strategy

Chaired by Hitoshi Yamamoto

Speaker: Hitoshi Yamamoto

102 title

Wednesday 25 April

ACFA Physics

Convener: Seong Youl Choi (Chonbuk, Korea)

WebEX (4/24 08:00~) WebEx_Meeting_invitation_ACFA_Physics_Arpil_24.htm

WebEX (4/25 08:00~) WebEx_Meeting_invitation_ACFA_Physics_Arpil_25_morning.htm

WebEX (4/25 15:30~) WebEx_Meeting_invitation_ACFA_Physics_Arpil_25_evening.htm

103 Top quark studies at 500 GeV

A study of top quark production at the future International Linear Collider with a centre-of-mass energy of 500\,GeV has is presented. The emphasis is put on determining the sensitivity to physics beyond standard model. The analysis has been carried out with a full simulation of the ILD detector. The presentation introduces the top quark helicity as observable to increase the sensitivity to new physics at the Z/y-tt vertex.

Speakers: Marcel Vos (IFIC Valencia), Roman Poeschl (LAL)

Slides top_asymmetries-kilc12.pdf top_asymmetries-kilc12.pptx

104 Top Higgs Yukawa coupling analysis - status report (via WebEx)

At a linear collider, $e^+e^- \to t\bar{t}H$ will give a direct measurement of top-Higgs Yukawa coupling. We present here the prospect of such measurement in the context of International Linear Collider at $\sqrt{s}=1$ TeV as an extension to our previous work at $\sqrt{s}=500$ GeV. The study will be constructed for a Standard Model Higgs boson with a mass of 120 GeV using the semi-leptonic and hadronic final states.

Speaker: Hajrah Tabassam (Quaid-i-Azam University Islamabad)

Slides Deagu25-04.pdf Deagu25-04.ppt

105 Measuring very light gravitino with stau NLSP at the ILC

We report on the full simulation study of measuring the O(1 eV) mass of the stable very light gravitino. Such a light gravitino typically appears in GMSB scenarios and is attractive from the point of view of cosmological constraints. Assuming NLSP stau of ~120 GeV mass and ~100 um/c lifetime, we simulate stau pair creation events at Ecm=500 GeV ILC with the ILD detector model. Tau decays are reconstructed in the 1-prong mode. Using the impact parameter distribution, the accuracy of the stau lifetime measurement is estimated. Two methods of stau mass reconstruction are compared: from the edge scan of the energy of tau decay products, and the cross section scan near the production threshold around 250 GeV. The accuracy of the gravitino mass is estimated using its relation with the NLSP mass and lifetime.

Speaker: Ryo Katayama (University of Tokyo)

Slides katayama_kilc12_physics.pdf katayama_kilc12_physics.pptx

ACFA Software

Conveners: Akiya Miyamoto (KEK, Japan), Norman Graf (SLAC, USA), Taikan Suehara (Univ. Tokyo, Japan), Youngjoon Kwon (Yonsei Univ., Korea)

106 Scintillator ECAL reconstruction

Speaker: Katsushige Kotera (Shinshu University, Faculty of Science,)

Slides SSAkotera.pdf

107 Hybrid ECAL study for ILC ECAL

Speaker: Hiraku Ueno (Kyushu Univ.)

Slides hiraku_120425.pdf

GDE CFS: Cost

GDE Cost: CFS

108 CFS costs

GDE Damping Rings: Vacuum System Discussions

109 DR EC Mitigation Overview

Speaker: Dr Mark Palmer (Cornell University LEPP)

Slides Palmer_KILC12_DR_ECMitigationPlan.pdf Palmer_KILC12_DR_ECMitigationPlan.pptx

110 DR Vacuum System Overview

Speakers: Joe Conway (Cornell University), Dr Yulin Li (Cornell University)

Slides ILC_Vacuum_Conceptual_Design_Y_Li_Cornell.pdf ILC_Vacuum_Conceptual_Design_Y_Li_Cornell.pptx

111 DR Vacuum Component Overview

Speaker: Joe Conway (Cornell University)

Slides DR_Vacuum_Component_Overview.pdf DR_Vacuum_Component_Overview.pptx

GDE Main Linac: TDR Part2 (Main Linac, Cavities & Cryomodules)

112 WebEx information 2

Speaker: Hitoshi Hayano (KEK)

Minutes WebEx_information_2.docx WebEx_information_2.pdf

113 Report of TDR part2 writing: 3.1 Main linac layout and parameters

Speaker: Chris Adolphsen (SLAC)

Slides ML_Layout_and_Parameters_Outline.pdf ML_Layout_and_Parameters_Outline.pptx

114 Report of TDR part2 writing: 3.2 Cavity performance and production

Speaker: Prof. Akira Yamamoto (KEK)

Slides TDR-P2-3.2-ay-120425.pdf TDR-P2-3.2-ay-120425.pptx

115 Report of TDR part2 writing: 3.3 Cavity integration

Speaker: Hitoshi Hayano (KEK)

Slides TDRpart2_Cavity_Integration_plan.pdf TDRpart2_Cavity_Integration_plan.pptx

116 Report of TDR part2 writing: 3.4 Cryomodule design

Speaker: Paolo Pierini (INFN Milano LASA)

GDE RTML&BD: Reserved for discussions

GDE Sources: Remote handling/activation, Undulator, TDR Draft

Conveners: Wei Gai (ANL), Xuejun Jia (IHEP, China)

117 Remote Handling and CFS requirements

Speaker: Prof. Xuejun Jia (IHEP, China)

Slides Remote_Handling_of_ILC_Target_Station__0418.pdf Remote_Handling_of_ILC_Target_Station__0418.pptx

GDE TDR Editor: Part2 Main Linac

IDAG

MDI

webex-24April :1st MDI webex-mdi-kilc12.txt

webex-24April:2nd-MDI webex-mdi-2-kilc12.txt

Webex-25April: MDI-BDS webex-mdi-bds-kilc12.txt

Webex-25April : MDI-CFS webex-mdi-cfs-kilc12.txt

118 Overview of ILC BDS ( 0.2 < Ecm < 1 TeV ) and LINAC end to beam dump (WebEx)

Speaker: Prof. Andrei Seryi (John Adams Institute)

Paper http://www.sciencedirect.com/science/article/pii/S0168900212001726

Slides BDS-Review-Apr-2012-KILC-Seryi.pdf BDS-Review-Apr-2012-KILC-Seryi.pptx

119 Status of CERN involment in the ILC BDS (WebEX)

Speaker: Dr Rogelio Tomas (CERN)

120 MDI in TDR and DBD

Speaker: Dr Karsten Buesser (DESY)

Slides 120425_MDI_TDR_DBD.pdf

10:00 break

ACFA Calorimeters

ACFA Physics

Convener: Tomohiko Tanabe (University of Tokyo)

WebEX (4/24 08:00~) WebEx_Meeting_invitation_ACFA_Physics_Arpil_24.htm

WebEX (4/25 08:00~) WebEx_Meeting_invitation_ACFA_Physics_Arpil_25_morning.htm

WebEX (4/25 15:30~) WebEx_Meeting_invitation_ACFA_Physics_Arpil_25_evening.htm

121 Study of Higgs self-coupling at the ILC

In SM, Higgs self-coupling is responsible for the EWSB and mass generation. It is almost impossible to measure it at LHC for a light Higgs. It's a crucial task to make the Higgs self-coupling measurement be possible at the ILC 500. In this talk, we will present the latest study based on the full detector simulation.

Speaker: Taikan Suehara (ICEPP, The University of Tokyo)

Slides 120425-tilc12-suehara-zhh.pdf 120425-tilc12-suehara-zhh.ppt

122 Determination of sparticle properties in SUSY scenarios with small mass differences at the ILC

Full and fast simulations studies of determination of sparticle masses and production cross-sections in SUSY scenarios with low mass differences is presented. Models that realise such spectra while respecting LHC limits, the LHC Higgs-hint as well as low energy and cosmological constrains are discussed.

Speaker: Mikael Berggren (DESY)

Slides berggren_susy_kilc12.pdf

123 Distinguishing MSSM and Dirac neutralinos at the ILC

In this talk, I describe how to distinguish MSSM neutralinos from Dirac neutralinos by exploiting simple kinematic variables at various relevant processes available the ILC.

Speaker: Seong Youl Choi (Chonbuk National University)

Slides sychoi_kilc12_physics.pdf sychoi_kilc12_physics.pptx

124 Probing strongly interacting W's at the ILC with polarized beams

We study the possibility of fingerprinting a strongly interacting $W$ boson sector, consistent with present day LHC searches at the ILC with longitudinal as well as transversely polarized electron and positron beams. We account for the final state interaction using a suitable Omn\`es formalism in terms of a plausible resonance description, and carry out thorough analyses of cross sections, asymmetries and angular distributions of the $W's$. We also consider the effect of the strong final state interaction on a correlation that depends on $(\phi_--\phi_+)$, where the $\phi_\mp$ are the azimuthal angles of decay leptons, and find that it is a useful discriminant.

Speaker: Monalisa Patra (Indian Institute of Science)

Slides monalisa_kilc.pdf

ACFA Software

Conveners: Akiya Miyamoto (KEK, Japan), Norman Graf (SLAC, USA), Taikan Suehara (Univ. Tokyo, Japan), Youngjoon Kwon (Yonsei Univ., Korea)

125 New C++ tracking in iLCSoft

Speakers: Frank Gaede (DESY), Dr Steve Aplin (DESY)

Slides gaede_marlintrk_kilc12.pdf

126 FPCCD reconstruction

Speaker: daisuke kamai (tohoku university)

Slides KILC20120425-kamai.pdf

127 1 TeV pair background with ILD_O1_v02 model

Speaker: Akiya Miyamoto (KEK)

Slides 120425-miyamoto-background.pdf 120425-miyamoto-background.pptx

128 LCFIPlus update (TBC)

Speaker: Dr Taikan SUEHARA (The University of Tokyo)

Slides 20120424-lcfiplus-kilc12.pdf 20120424-lcfiplus-kilc12.pptx

GDE CFS: Cost

GDE Cost: CFS

129 CFS costs

GDE Damping Rings: Vacuum

130 SuperKEKB Vacuum System

Speaker: Dr Yusuke Suetsugu (KEK)

Slides SKEKB_KILC_Suetsugu_12_NoCost.pdf SKEKB_KILC_Suetsugu_12_NoCost.pptx

131 Review of DR Vacuum Chamber Plan (Discussion)

GDE Main Linac: TDR Part2 (Cryo systems, HLRF, LLRF)

132 WebEx information 2

Speaker: Hitoshi Hayano (KEK)

Minutes WebEx_information_2.docx WebEx_information_2.pdf

133 Report of TDR part2 writing: 3.4 Cryogenic systems

Speaker: Mr Tom Peterson (FNAL)

134 Report of TDR part2 writing: 3.5 RF power and distribution systems (RDR)

Speaker: Dr Shigeki Fukuda (KEK)

Slides TDR_Weighting_of_HLRF　Part_II-3.5.pdf

135 Report of TDR part2 writing: 3.5 RF power and distribution systems (KCS)

Speaker: Dr Christopher Nantista (SLAC)

Slides TDR_Part-II_3.5.pdf TDR_Part-II_3.5.pptx

136 Report of TDR part2 writing: 3.6 Low-level RF control

Speaker: Mr John Carwardine (Argonne)

Slides TDR_LLRF_25April2012.pdf TDR_LLRF_25April2012.pptx

137 Report of TDR part2 writing: 3.7 Cavity and cryomodule test

Speaker: Hitoshi Hayano (KEK)

Slides TDRpart2_cavity&amp;cryomodule_test_plan.pdf TDRpart2_cavity&cryomodule_test_plan.pptx

GDE RTML&BD

GDE Sources: Remote handling/activation, Undulator, TDR Draft

138 KAS S-band

Speaker: Wei Gai (ANL)

Slides A_500_MeV_S-band_Low_Cost_Electron_Beam_(1).pdf A_500_MeV_S-band_Low_Cost_Electron_Beam_(1).pptx

139 TDR Preparation

Speaker: All

Paper 3_-_Positron_Source(TDR).docx ILC_TDR_PART_1,_Positron_Source.doc

GDE TDR Editor: Part2 Main Linac

IDAG

GDE EC

ILC PEB

12:30 Lunch

ACFA Physics

Convener: Junping Tian (KEK)

WebEX (4/24 08:00~) WebEx_Meeting_invitation_ACFA_Physics_Arpil_24.htm

WebEX (4/25 08:00~) WebEx_Meeting_invitation_ACFA_Physics_Arpil_25_morning.htm

WebEX (4/25 15:30~) WebEx_Meeting_invitation_ACFA_Physics_Arpil_25_evening.htm

140 F-term loop driven electroweak baryogenesis

The nondecoupling phenomena of the Higgs sector is essential for successful electroweak baryogenesis and its collider test. It is known that in the 2HDM, the strong first order phase transition can be realized by the nondecoupling loop effects of the heavy Higgs bosons, and its effects inevitably lead to a significant deviation of the triple Higgs boson coupling from the standard model value and thus testable at the ILC. In this talk, we consider such a possibility in a SUSY model. Its Higgs sector is composed of four Higgs doublets and the pair of the charged singlets. Unlike the MSSM or NMSSM, the electroweak phase transition can be strongly first order due to the sizable F-term loop effects, which indicates that the nondecoupling effects appear in the triple Higgs boson coupling and measurable at the ILC.

Speaker: Eibun Senaha (KIAS)

Slides senaha.pdf

141 Structure of dimension-six derivative interactions in pseudo Nambu-Goldstone N Higgs doublet models

The composite Higgs is one of the candidates for the beyond the SM and the Linear Collider experiments can reveal the composite nature of the Higgs. In this talk, I derive the general structure of dimension-six derivative interactions in the N Higgs doublet models, where Higgs fields arise as pseudo Nambu-Goldstone modes of a strongly interacting sector. As phenomenological processes, I show scattering amplitudes and cross sections of longitudinal gauge bosons and Higgs bosons at high energy on models involving two Higgs doublets, and compare them with those of one Higgs doublet.

Speaker: Yohei Kikuta (KEK)

Slides KILC2012_Kikuta.pdf

142 Phenomenology of the Higgs triplet model at the ILC

Higgs triplet fields are introduced in several new physics models beyond the SM such as the type II seesaw model, the left-right symmetric model and so on. Therefore, studying properties of the Higgs sector with triplet fields are important to clarify new physics models. In this talk, we focus on the Higgs triplet model, where Y=1 triplet field is added to the SM. We first discuss the constraint from the electroweak precision data, and then we investigate the phenomenology of this model at the ILC.

Speaker: Kei Yagyu (National Central University)

Slides KILC12_keiyagyu.pdf KILC12_keiyagyu.pptx

ACFA Software

Conveners: Akiya Miyamoto (KEK, Japan), Norman Graf (SLAC, USA), Taikan Suehara (Univ. Tokyo, Japan), Youngjoon Kwon (Yonsei Univ., Korea)

143 Discussion for common DBD studies

GDE CFS: MDI

GDE Cost: ML Integration, HLRF

144 ML integration

145 ML HLRF

GDE Damping Rings: Vacuum

146 DR Vacuum Chamber Costing Plan

Speaker: Dr Mark Palmer (Cornell University LEPP)

147 DR Vacuum Chamber Costing Exercise - Cornell

Speakers: Joe Conway (Cornell University), Dr Yulin Li (Cornell University)

148 Comments on SuperKEKB Vacuum System Costing

Speakers: Prof. Ken-ichi Kanazawa (KEK), Dr Yusuke Suetsugu (KEK)

GDE Main Linac: Costing

149 Costing of ML integration

Speaker: Chris Adolphsen (SLAC)

150 Costing of HLRF (RDR)

Speaker: Dr Shigeki Fukuda (KEK)

151 Costing of HLRF(KCS)

Speaker: Dr Christopher Nantista (SLAC)

GDE RTML&BD

GDE Sources: Collimater design and Alternative Sources

152 Update on Collimator design

153 Results of hybrid experiment

Slides hybrid-takahashi-20120425-upload.pdf hybrid-takahashi-20120425-upload.pptx

GDE TDR Editor: with Project Managers

15:30 break

ACFA Calorimeters

154 The CALICE Si-W ECAL - physics prototype

Speaker: Dr Tamaki Yoshioka (ICEPP, Univ. of Tokyo)

Slides tyosioka.120425.pdf tyosioka.120425.pptx

155 The CALICE Si-W ECAL - technological prototype

Speaker: Poeschl Roman

Slides Roman-talk250412.pdf

156 Silicon pad study including sensor radiation test

Speaker: Kou Ohishi (Kyushu U.)

Slides oishi_KILC12.pdf

157 Scintillator ECAL beam test results and systematics study

Speaker: Katsushige Kotera (Shinshu University, Faculty of Science,)

Slides TBanaKotera.pdf

158 Design/Construction of Scintillator Strip ECAL

Speaker: Katsushige Kotera (Shinshu University, Faculty of Science,)

Slides designKotera.pdf

159 Development of DHCAL using Gas Electron Multiplier Technology

Speaker: Prof. Jae Yu

Slides kilc-yu-042512.pdf kilc-yu-042512.pptx

ACFA Physics

Convener: Dr Timothy Barklow (SLAC)

WebEX (4/24 08:00~) WebEx_Meeting_invitation_ACFA_Physics_Arpil_24.htm

WebEX (4/25 08:00~) WebEx_Meeting_invitation_ACFA_Physics_Arpil_25_morning.htm

WebEX (4/25 15:30~) WebEx_Meeting_invitation_ACFA_Physics_Arpil_25_evening.htm

160 Recent results from the Tevatron

Following the shutdown of the Tevatron in 2011, the CDF and DZero experiments are analyzing the full data set, focusing on those measurements that are unique or that complement the LHC experiments. I will summarize recent results that bear on our understanding of QCD, heavy flavor states, and electroweak symmetry breaking.

Speaker: Paul Grannis (State University of New York)

Slides Grannis_tevatron_summary_kilc12.pdf

161 Seesaw model with a loop-induced Dirac mass term and dark matter from $U(1)_{B-L}$ gauge symmetry breaking

I would like to talk about the TeV-scale seesaw model in which U(1)_{B-L} gauge symmetry can be the common origin of neutrino masses, the dark matter mass, and stability of the dark matter. In our model, Majorana masses of right handed neutrinos and Dirac mass of dark matter are induced by spontaneous U(1)_{B-L} breaking. After electroweak symmetry breaking, light neutrino masses are generated at a two-loop level. In addition, stability of the dark matter is guaranteed by remnant global U(1) symmetry which appears automatically in the Lagrangian with assignments of U(1)_{B-L} charges for new particles. In this talk, I would like to mention about the current experimental constraints and prospects at linear collider experiments in our model.

Speaker: Takehiro Nabeshima (University of Toyama)

Slides KILC2012_nabeshima.pdf

162 LHC and ILC implications of a 125 GeV Higgs boson in supersymmetry (via WebEx)

In light of the recent hints from the LHC for a positive Higgs signal around 125 GeV, we discuss the possible interpretations of such a scenario in supersymmetry. We derive constraints on the parameters of the minimal supersymmetric extension of the SM, and discuss phenomenological implications for this model at the LHC and the ILC.

Speaker: Oscar Stal (DESY)

Slides os_SUSYHiggs.pdf

163 R-parity violation at LHC & ILC (via WebEx)

Supersymmetric models with R-parity violation (RPV) offer a broad range of interesting phenomenologies that can differ from R-parity conserving SUSY, depending of the strength of the breaking. The most important consequence of RPV is that the lightest supersymmetric particle is no longer stable and can decay into Standard Model particles. This makes RPV SUSY much harder to test at the LHC. In this talk, recent LHC results of RPV studies will be discussed taking into consideration the potential of a future linear e+e- collider. Special attention will then be paid to a model, where R-parity is broken by additional bilinear terms in the Lagrangian. This could introduce neutrino masses and mixings at tree level. A first background study for a search at the International Large Detector at the ILC will be presented. It will be shown that the ILC is the ideal machine to test supersymmetric models with broken R-parity.

Speaker: Benedikt Vormwald (DESY)

Slides vormwald_KILC12.pdf

GDE CFS: Int cost

GDE Cost: ML HLRF, Detector Hall

164 HLRF costs

165 Detector Hall costs

GDE Damping Rings: ECLOUD Status and Vacuum

166 ECLOUD Evaluations for ILC DR

Speaker: Dr Mauro Pivi (SLAC)

Slides 2012-04-25_-_KILC12_KOREA_-_ILC_DR_ELECTRON_CLOUD_-_WEBEX_Pivi_-.pdf 2012-04-25_-_KILC12_KOREA_-_ILC_DR_ELECTRON_CLOUD_-_WEBEX_Pivi_-.pptx

167 DR Vacuum System Costing Discussion

GDE Main Linac: Costing

GDE RTML&BD

GDE Sources: Meet with TDR Editors

GDE TDR Editor: Parts1&2 Sources

MDI

Conveners: Gao Jie (IHEP, China), Guinyum Kim (Kyungpook Nat. Univ, Korea), Hubert Gerwig (CERN, Swiss), Thomas Markiewicz (SLAC, USA), Toshiaki Tauchi (KEK, Japan)

webex-24April :1st MDI webex-mdi-kilc12.txt

webex-24April:2nd-MDI webex-mdi-2-kilc12.txt

Webex-25April: MDI-BDS webex-mdi-bds-kilc12.txt

Webex-25April : MDI-CFS webex-mdi-cfs-kilc12.txt

168 Summary of ARUP study of a CLIC cavern with CERN geology

Speaker: Andrea Gaddi (CERN)

Slides MDI-UXCavern.pdf MDI-UXCavern.ppt

169 (CLIC) MDI alignment plan - detector-QD0 and both BDS sides

Speaker: Hubert Gerwig (CERN)

Slides MDI_GERWIG_KILC12.pdf

170 Experimental hall in the Japanese Mountain Site

Speakers: G. Orukawa, Dr Yasuhiro Sugimoto (KEK)

Slides ExpHall20120425xyz.pdf ExpHall20120425xyz.pptx

171 Cryogenics system ( solenoid, QD0, QF1, crab cavities )in the Japanese Mountain site

Speakers: T. Okamura, Y. Makita

Slides cryogenics_KILC(new).pdf

172 Criteria from MDI and the impact on the cost estimation

Speaker: Mr Victor Kuchler (Fermilab)

173 discussion on "cost-drivers" in the experimental hall

Thursday 26 April

GDE CFS: positron

GDE Cost: ML cryomodule

174 ML Cavity/CM

GDE Damping Rings: TDR Preparations

175 TDR Writing Assignments, Plans and Status

Speaker: Susanna Guiducci (INFN-LNF)

176 TDR Writeup Discussion

GDE Main Linac: Costing

177 Costing of Cavity

Speaker: Prof. Akira Yamamoto (KEK)

GDE RTML&BD: For TDR writing

GDE Sources: Alternate (300Hz,Compton)

178 1) conventional linac/RF-gun design and cost; 2) from conventional to Compton upgarde

Speaker: Prof. Junji Urakawa (KEK)

Slides

• UrakawaKILC12-1.pdf
• UrakawaKILC12-1.ppt
• UrakawaKILC12-2.pdf
• UrakawaKILC12-2.pptx

GDE TDR Editor: Parts1&2 DR

ILD

179 DBD status and schedule

Speaker: Dr Yasuhiro Sugimoto (KEK)

Slides DBDstatus.pdf DBDstatus.pptx

180 Physics analysis overview

Speaker: Tomohiko Tanabe (University of Tokyo)

Slides 20120426-ild-analysis-tanabe.pdf

181 Common data sample

Speaker: Akiya Miyamoto (KEK)

Slides 120426-miyamoto-generator.pdf 120426-miyamoto-generator.pptx

182 Higgs branching ratio

Speaker: Mr Hiroaki Ono (Nippon Dental University)

Slides HiggsBR_ILD_ono.pdf

183 Top Yukawa coupling

Speaker: Tomohiko Tanabe (University of Tokyo)

Slides 120426-tth-tanabe.pdf

184 W-pair

Speaker: Mikael Berggren (DESY Hamburg)

Slides berggren_ww_bench_kilc12.pdf

185 Top pair

Speaker: Roman Poeschl (LAL Orsay)

Slides talk260412.odp talk260412.pdf

186 Higgs self coupling

Speaker: Dr Taikan SUEHARA (The University of Tokyo)

Slides 120426-tilc12-suehara-ild.pdf 120426-tilc12-suehara-ild.ppt

187 Discussion

SiD

10:00 break

GDE CFS: Installation plans

GDE Cost: ML cryomodule

188 ML Cavity/CM

189 PM/CE meeting

GDE Damping Rings: Magnet/PS, Tech system

GDE Main Linac: Costing

190 Costing of Cryomodule

Speaker: Prof. Akira Yamamoto (KEK)

191 PM&Cost meeting

GDE RTML&BD: Reserved for Discussions

GDE Sources: CFS discussion

192 Joint discussion with CFS

GDE TDR Editor: TEB

ILD

193 MDI/Integration status report

Speaker: Dr Karsten Buesser (DESY)

Slides 120426_ILD_Integration_Status.pdf

194 Simulation software status report

Speaker: Frank Gaede (DESY)

Slides gaede_ildmeeting_kilc12.pdf

195 Discussion

Slides ILD_Discussion.pdf ILD_Discussion.pptx

SiD

GDE EC

12:30 Lunch

ACFA Plenary

slides WebEx information

196 Summary - Physics

Speaker: Dr Shinya Kanemura (University of Toyama)

Slides physics_summary_kanemura.pdf physics_summary_kanemura.pptx

197 Summary - MDI

Speaker: Dr Toshiaki Tauchi (KEK)

Slides kilc12-mdi-session-summary.pdf

198 Summary - Vertexing and Tracking (via WebEx)

Speaker: Su Yong Choi (Sungkyunkwan Univ., Dept. of Phys.-Unknown-Unknown)

Slides Tracking_and_Vertexing_Summary.pdf Tracking_and_Vertexing_Summary.pptx

199 Summary - Calorimeter/Muon/DAQ

Speaker: Dr Tamaki Yoshioka (ICEPP, Univ. of Tokyo)

Slides tyosioka.120426.pptx

200 Summary - Software

Speaker: Norman Graf (SLAC)

Slides SimRecoSummary_ACFA_KILC12_Daegu_Graf_120426.pdf SimRecoSummary_ACFA_KILC12_Daegu_Graf_120426.pptx

GDE Plenary

201 Cost estimate status update

Speaker: Gerald Dugan (Cornell University)

Slides KILC_Cost_Reviews_Summary.pdf KILC_Cost_Reviews_Summary.pptx

202 Report from TDR TEB

Speaker: Mr John Carwardine (Argonne)

Slides TEB_Summary_26April2012.pdf TEB_Summary_26April2012.pptx

203 WG summaries and discussion

15:30 break

Joint Plenary

WebEX Information Meeting_information.htm

204 Korean HEP activities

Speaker: Donchul Son

Slides D_Son-KILC12-26Apr2012.pdf D_Son-KILC12-26Apr2012.pptx

205 Outreach

Speakers: Min Zhang, Rika Takahashi

Slides 2012_KILC_rt_zm.pdf 2012_KILC_rt_zm.ppt

206 ACFA summary

Speaker: Akiya Miyamoto

Slides 120426-miyamoto-ACFASummary.pdf 120426-miyamoto-ACFASummary.pptx

207 GDE summary

Speaker: Akira Yamamoto

Slides Draft-Closing-Plenary-PM-120426cc.pdf Draft-Closing-Plenary-PM-120426cc.pptx

208 Concluding Remark

Speaker: Namkung Won

Slides Namkung-KILC12.pdf Namkung-KILC12.pptx

Banquet

Friday 27 April

Free Excursion: Donghwasa & Pagyesa Temple Tour

Free Excursion: Daegu Alley Tour, Seomun Market

Free Excursion: Heainsa Temple Tour