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Americas Workshop on Linear Colliders 2017 (AWLC17)

→ America/Los_Angeles
SLAC National Accelerator Lab

SLAC National Accelerator Lab

2575 Sand Hill Road Menlo Park, CA 94025 USA
Bruce Andrew Schumm (University of California,Santa Cruz (US)), Bruce Schumm, Michael Peskin, Norman Graf (SLAC), Thomas Markiewicz, Tim Barklow
Description

Welcome to the Americas Workshop on Linear Colliders 2017. AWLC17 is the next in a series of regional linear collider workshops held around the world. The purpose of the workshop is the continued development of the physics case, and the advancement of detector and accelerator designs for a high energy linear electron-positron collider. The workshop will feature meetings of the global R&D collaborations on detector and accelerator technology.

The major plenary session, with updates on the ILC and CLIC projects, will be held on Thursday afternoon.   Thursday morning, there will be a special session on detector R&D for the LHC high-luminosity era.

The home page of the meeting is found at the web site: https://portal.slac.stanford.edu/sites/conf_public/AWLC17/ .

We are eager to receive proposals for parallel session talks on detector technology, accelerator technology, and new physics ideas within and beyond the Standard Model. Please send your abstract to the conveners of the appropriate working group.

support:
  • Monday 26 June
  • Tuesday 27 June
  • Wednesday 28 June
  • Thursday 29 June
    • 08:30 → 10:30
      New ideas in detector technology Kavli Auditorium, bldg. 51 (SLAC)

      Kavli Auditorium, bldg. 51

      SLAC
      • 08:30
        Pixel-strip technology from the ATLAS strip CMOS project 30m
        Speaker: Marcel Stanitzki
        cmos-alcc.pdf
      • 09:00
        High voltage CMOS 30m
        Speaker: Angelo Dragone (SLAC)
        AWLC-hvcmos.pdf
        AWLC-hvcmos.pptx
      • 09:30
        the RD53A readout chip for HL-LHC pixel detectors 30m
        Speaker: Ben Nachman (LBNL)
        RD53_Nachman_AWL.pdf
      • 10:00
        Precision timing detectors for the phase 2 upgrade of CMS 30m
        Speaker: Artur Apresyan (Fermilab)
        Apresyan-AWLC.pdf
    • 09:00 → 10:30
      Damping rings Redwood Rms. CD, bldg. 48 (SLAC)

      Redwood Rms. CD, bldg. 48

      SLAC
    • 10:00 → 11:00
      ALCC Kavli 2nd floor conference room, bldg. 51 (SLAC)

      Kavli 2nd floor conference room, bldg. 51

      SLAC
    • 10:30 → 11:00
      Coffee 30m
    • 11:00 → 12:30
      Accelerator Test Facility Redwood Rms. AB, bldg. 48 (SLAC)

      Redwood Rms. AB, bldg. 48

      SLAC

      Please join the meeting by clicking this link: https://vidyoportal.cern.ch/join/iA6ppK4CYW

      If you want to join by phone, please use one of the phone numbers listed in the link below:

      http://information-technology.web.cern.ch/services/fe/howto/users-join-vidyo-meeting-phone

      and enter the meeting extension 103040475636*1234 in order to join.

      Thank you for using the CERN Vidyo service!

    • 11:00 → 12:30
      Damping rings Redwood Rms. CD, bldg. 48 (SLAC)

      Redwood Rms. CD, bldg. 48

      SLAC
    • 11:00 → 12:30
      New ideas in detector technology Kavli Auditorium, bldg. 51 (SLAC)

      Kavli Auditorium, bldg. 51

      SLAC
      • 11:00
        Minimum-ionizing fast tracker 30m
        Speaker: Abe Seiden (SCIPP, U C Santa Cruz)
        Seiden-AWLC.pdf
      • 11:30
        All FPGA tracklet approach to the CMS track trigger 30m
        Speaker: Anders Ryd (Cornell)
        Ryd-AWLC.pdf
      • 12:00
        Associative Memory + FPGA approach to the CMS track trigger 30m
        Speaker: Ted Liu (Fermilab)
        Liu-AWLC.pdf
    • 11:00 → 12:30
      Physics Madrone Room, bldg 48 (SLAC)

      Madrone Room, bldg 48

      SLAC
      • 11:00
        (N)MSSM Higgs boson mass calculations: Toward the LC Precision 30m

        We review recent progress in the SUSY Higgs boson mass corrections. The status and the expectations for future precisions is discussed.

        Speaker: Sven Heinemeyer
        sven-mh.pdf
      • 11:30
        Top quark theory for e+e-, including matching of the threshold and continuum regions 30m
        Speaker: Christian Weiss
      • 12:00
        SUSY Predictions for ILC and CLIC (with high precision) 30m

        Recent SUSY fit results (from the MasterCode collaboration) and their implications for the ILC and CLIC; the need for higher-order corrections to the relevant cross section is discussed.

        Speaker: Sven Heinemeyer
        sven-susy.pdf
    • 12:30 → 13:30
      Lunch 1h
    • 13:30 → 15:10
      Joint plenary session Panofsky Auditorium, blgd. 53 (SLAC)

      Panofsky Auditorium, blgd. 53

      SLAC
    • 15:10 → 15:40
      coffee 30m
    • 15:40 → 17:40
      Joint plenary session Panofsky Auditorium, bldg. 53 (SLAC)

      Panofsky Auditorium, bldg. 53

      SLAC
    • 18:30 → 21:00
      conference dinner 2h 30m Trellis

      Trellis

      1077 El Camino Real, Menlo Park, CA
  • Friday 30 June
    • 09:00 → 10:30
      ILD concept group meeting Redwood Rooms ABCD, bldg. 48 (SLAC)

      Redwood Rooms ABCD, bldg. 48

      SLAC

      To connect to the meeting remotely, please use the following link: https://goo.gl/Ektgml

      To dial in please use the room ID 10531982

    • 09:00 → 10:30
      SiD concept group meeting Kavli Auditorium, bldg. 51 (SLAC)

      Kavli Auditorium, bldg. 51

      SLAC

      Welcome, Introduction and Institutional Board Meeting
      Remote connection: https://stanford.zoom.us/j/867873981

      • 09:00
        Welcome and Introduction to SiD meeting 15m
        Speaker: Andy White
        SID_Intro_AWLC2017.pdf
      • 09:15
        Introduction to optimisation sessions 3m
        Speakers: Aidan Robson (University of Glasgow (GB)), Jan Strube (PNNL)
        AWLC2017_opt.pdf
        AWLC2017_opt.pptx
      • 09:18
        SiD simulation and reconstruction status 15m
        Speaker: Dan Protopopescu (University of Glasgow (GB))
        SiDSimAWLC_v2a.pdf
      • 09:35
        Calibrating Pandora PFA 20m
        Speaker: Steven Green (University of Cambridge (GB))
        Calibration_AWLC_SiD_Green.pdf
      • 10:00
        FLUKA simulation of BeamCal and UCSC activities 25m
        Speaker: Benjamin Smithers (University of California, Santa Cruz)
        Simthers_Sid_06-30-17.pdf
    • 09:00 → 10:40
      Warm RF Technology: Accelerator Systems for Colliders Madrone Room, bldg. 48 (SLAC)

      Madrone Room, bldg. 48

      SLAC

      Normal Conducting RF Accelerator Technology, RF sources, High Gradient Structures, Injectors

    • 10:30 → 11:00
      Coffee 30m
    • 11:00 → 12:40
      ILD concept group meeting Redwood Rooms ABCD, bldg. 48 (SLAC)

      Redwood Rooms ABCD, bldg. 48

      SLAC

      To connect to the meeting remotely, please use the following link: https://goo.gl/Ektgml

      To dial in please use the room ID 10531982

    • 11:00 → 12:30
      SiD concept group meeting Kavli Auditorium, bldg. 51 (SLAC)

      Kavli Auditorium, bldg. 51

      SLAC

      Welcome, Introduction and Institutional Board Meeting
      Remote connection: https://stanford.zoom.us/j/867873981

    • 11:00 → 12:40
      Warm RF Technology: High Gradients Structures Madrone Room, bldg. 48 (SLAC)

      Madrone Room, bldg. 48

      SLAC

      Normal Conducting RF Accelerator Technology, RF sources, High Gradient Structures, Injectors

    • 12:40 → 13:30
      Lunch 50m
    • 13:30 → 15:50
      ILD concept group meeting Redwood Rooms ABCD, bldg. 48 (SLAC)

      Redwood Rooms ABCD, bldg. 48

      SLAC

      To connect to the meeting remotely, please use the following link: https://goo.gl/Ektgml

      To dial in please use the room ID 10531982

      • 13:30
        Report from the HCAL 20m
        Speaker: Felix Sefkow (Deutsches Elektronen-Synchrotron (DE))
        HCAL-ILD-SLAC.pdf
      • 13:50
        Report by the physics coordinator: plans and challenges 30m
        Speaker: Keisuke Fujii
        20170630fujiik.pdf
      • 14:20
        Site planning at Kitakami and its impact on ILD 30m
        Speaker: Tomoyuki Sanuki (Tohoku University)
        170630sanuki.pdf
      • 14:50
        Report on the ILD PSB 15m
        Speaker: Kiyotomo Kawagoe (Kyushu University)
        ILD_PSB_20170630.pdf
      • 15:05
        Discussion: Next steps 45m
        Speaker: Ties Behnke (DESY)
    • 13:30 → 15:10
      SiD concept group meeting Kavli Auditorium, bldg. 51 (SLAC)

      Kavli Auditorium, bldg. 51

      SLAC

      Welcome, Introduction and Institutional Board Meeting
      Remote connection: https://stanford.zoom.us/j/867873981

      • 13:30
        Third Optimisation session - discussion and planning 45m
        Speakers: Aidan Robson (University of Glasgow (GB)), Jan Strube (PNNL)
      • 14:15
        Forward Look for SiD 20m
        Speaker: Marcel Stanitzki
      • 14:35
        Discussion - Going Forward with SiD 25m
        Speakers: Andy White, Marcel Stanitzki
    • 13:30 → 15:10
      Warm RF Technology: RF Sources, Modulators and Injectors Madrone Room, bldg. 48 (SLAC)

      Madrone Room, bldg. 48

      SLAC

      Normal Conducting RF Accelerator Technology, RF sources, High Gradient Structures, Injectors

      • 13:30
        Efficient and Low Cost RF Sources + Compressors 25m
        Speaker: Matt Franzi (SLAC)
      • 13:55
        High Efficiency Klystron Development. 25m
        Speaker: Brandon Weatherford
      • 14:20
        Modulator Development 25m
        Speaker: Mark Kemp (SLAC)
      • 14:45
        Test Stands for Breakdown Studies on RF-Driven and Beam-Driven Structures 25m

        The experimental progress on constructing two high-gradient warm structure test stands is presented here: (1) Two Frequency Test Stand which provides S-band and C-band phased-synchronized high power microwave; and (2) Beam Driven Accelerator Test Stand which provides X-band high charge long bunch train. Theory and simulations predict that metallic microwave accelerating structures, including RF guns, should operate at high acceleration gradients with reduced breakdown rates and/or with improved beam quality if their cavities operate simultaneously in two harmonically-related modes, rather than only in the fundamental mode. Current main objectives of our efforts are to carry out experiments to confirm this prediction in warm RF structure, including (1) RF breakdown test of Bimodal RF-driven cavity structures; (2) Bimodal RF-driven electron gun injector as a near-term application; and (3) Bimodal beam-driven detuned cavity structures which possibly lead to a bimodal two-beam accelerator.

        Speaker: Yong Jiang (Yale University)
        JiangAWLC2017.pdf
        JiangAWLC2017.pptx
    • 15:10 → 15:35
      Coffee 25m
    • 15:30 → 16:15
      Warm RF Technology: Discussion Madrone Room, bldg. 48 (SLAC)

      Madrone Room, bldg. 48

      SLAC

      Normal Conducting RF Accelerator Technology, RF sources, High Gradient Structures, Injectors

    • 15:35 → 17:00
      SiD concept group meeting Kavli Auditorium, bldg. 51 (SLAC)

      Kavli Auditorium, bldg. 51

      SLAC

      Welcome, Introduction and Institutional Board Meeting
      Remote connection: https://stanford.zoom.us/j/867873981

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