Focus on:  Hide Contributions
Back to Conference View
Login

ECFA- Linear Collider Workshop 2016

→ Europe/Zurich
Entrance (Magdalena Palace)

Entrance

Magdalena Palace
Alberto Ruiz Jimeno (Universidad de Cantabria (ES)), Ivan Vila (IFCA (CSIC-UC))
  • Monday 30 May
    • Registration: On site Entrance

      Entrance

      Magdalena Palace
    • CLIC: Progress on CLIC technology developments Riancho

      Riancho

      https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=c8aQDpanOgfVcxtg77fHsvw38ls

      Conveners: Dr Angeles Faus-Golfe (Instituto de Fisica Corpuscular (IFIC) CSIC-UV), Hermann Schmickler (CERN)
    • 16:00
      Break Hall

      Hall
    • CLIC: Progress on CLIC technology developments Riancho

      Riancho

      https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=c8aQDpanOgfVcxtg77fHsvw38ls

      Conveners: Dr Angeles Faus-Golfe (Instituto de Fisica Corpuscular (IFIC) CSIC-UV), Hermann Schmickler (CERN)
    • Spanish wine: Palacio Magdalena Salon de Billar

      Salon de Billar
  • Tuesday 31 May
    • CLICdp: . Santo Mouro

      Santo Mouro
      Convener: Lucie Linssen (CERN)
      ECFA_LCWS2016_CLICdp vidyo room
    • E-JADE midterm review Comedor Real

      Comedor Real
      Convener: Thomas Schoerner-Sadenius (Deutsches Elektronen-Synchrotron (DE))
      INDICO agenda of E-JADE midterm review
    • FCAL: . Audiencia Reina

      Audiencia Reina
      Conveners: Bruce Andrew Schumm (University of California,Santa Cruz (US)), Wolfgang Lohmann (DESY)
      Vidyo room
      • 13
        R&D on very forward calorimeters for e+e- colliders
        Speaker: Itamar Levy (Tel Aviv University (IL))
        fcal_status_ecfalc2016_v3.pdf
      • 14
        Ultra-compact calorimeters for the very forward region at future e+e- colliders
        Speaker: Yan Benhammou (Tel Aviv University (IL))
        santander.pptx
      • 15
        ILD forward region design for reduced L*
        Speaker: Dr Sergej Schuwalow (DESY-Zeuthen)
      • 16
        FCAL design and performance simulation studies at SCIPP
        Speaker: Bruce Andrew Schumm (University of California,Santa Cruz (US))
      • 17
        Discussion of Detector Integration and Infrastructure
        Speaker: Dr Sergej Schuwalow (DESY-Zeuthen)
    • ILC: SRF I Aula Infantes

      Aula Infantes
      Conveners: Hitoshi Hayano (KEK), Nicholas Walker (DESY), Dr Rongli Geng (Jefferson Lab)
      ECFA LC 2016 machine v8 FINAL.xlsx
    • ILC: Sources I Baile

      Baile
      Conveners: Dr Masao Kuriki (KEK), Sabine Riemann (Deutsches Elektronen-Synchrotron (DE)), Wei Gai (ANL)
      ECFA LC 2016 machine v8 FINAL.xlsx
    • LCTPC: . Biblioteca

      Biblioteca
      Conveners: Akira Sugiyama (Saga Univ.), Alain Bellerive (Carleton University (CA)), Jochen Kaminski (University of Bonn)
    • Physics: (Pheno) Riancho

      Riancho

      Please join the meeting (Vidyo) by clicking this link:
      https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=13aiS5eXjVuigwaZ1FJN1CuXY

      Conveners: Christopher Potter (University of Oregon), Dr Koichi Hamaguchi (Tokyo University), Stefan Rainer Liebler (Deutsches Elektronen-Synchrotron (DE)), Sven Heinemeyer (IFCA (CSIC, Santander))
      • 33
        Top physics at the LC
        Speaker: Bijan Chokoufe Nejad (DESY Theory)
        beamer.pdf
      • 34
        e+e- --> ttbar at EW-NLO with GRACE group
        Speaker: Tetiana Moskalets
        Moskalets_eett.pdf
      • 35
        Electro-weak couplings of the top quark
        Speaker: Martín Perelló Roselló
        EW_top_couplings.pdf
      • 36
        e+e- -> tt: Monte Carlo top mass calibration
        Speaker: Dr Vicent Mateu (Max-Plank-Institute for Physics)
    • Vtx and Si Tracking Bringas

      Bringas

      Vidyo Link https://goo.gl/Rr89Y7

      Conveners: Dr Ivan Vila (IFCA (CSIC-UC)), Marc Winter (Institut Pluridisciplinaire Hubert Curien (FR)), Dr Marcel Vos (IFIC (UVEG/CSIC) Valencia), Dr Yasuhiro Sugimoto (KEK)
      • 37
        Engineering developments for the CLIC tracking system Bringas

        Bringas
        The CLIC detector tracking system is currently composed of a vertex detector with three double-sided layers of silicon detectors on both the barrel and forward regions and a silicon tracker consisting of six barrel layers and four/seven endcap disks on the outer/inner tracker subsystems, respectively. The strict requirements in terms of material budget (2 x 0.2% X0 per vertex double layer and 1% X0 per tracker layer) require the development of novel low-mass support structures and non- conventional cooling solutions. This talk will present the layout and support structures concepts that are currently being explored for the tracker as well as first results from finite element simulations and small scale prototypes. In addition, the developments on the prototyping of vertex detector staves for thermal studies will also be reported.
        Speaker: Fernando Duarte Ramos (CERN)
        FRAMOS_Engineering_Developments_for_the_CLIC_Tracking_System_31-05-16.pdf
      • 38
        Microchannel Cooling for Vertex and Tracking detectors Bringas (Palacio de la Magdalena)

        Bringas

        Palacio de la Magdalena
        In this contribution a novel cooling concept for light-weight position-sensitive detectors is proposed. Our solution is based on a micro-channel cooling circuit that is integrated in the silicon sensor. Results are presented of a characterization of the cooling performance of several mechanical samples fabricated at HLL in Munich. A moderate flow of order 1 l/h of mono-phase cooling liquid is found to be sufficient to evacuate a power dissipation of several tens of Watts with a minimal temperature gradient between coolant and the sensor surface. The liquid flow has no significant impact on the mechanical stability of the sensor. A finite-element simulation can provide an adequate description of the cooling performance and is used to extrapolate the results to a more realistic environment.
        Speaker: Miguel-Angel Villarejo Bermudez (Instituto de Fisica Corpuscular (ES))
      • 39
        FBG sensors for Humidity and temperature monitoring in trackers systems Bringas

        Bringas
        The accurate monitoring of environmental humidity inside the tracker envelop is of extreme importance in order to assure the good performance of the detector (for detecting leakage in the cooling circuits or other tracker failures involving a reduction of the environmental dryness). So is the control of electronic and sensor temperature (for detecting bad performance of the cooling system, problems with electronics and sensors). Due to the very hostile operating environment working conditions (ionizing radiation, magnetic field, EMI...) it is hard to find an common humidity or temperature sensor for this application and the current state-of-the-art technique is based on sniffing part of the envelop atmosphere inside the tracker envelope and measure the humidity outside the envelop. Fiber Bragg Grating optical fiber sensors are suitable for working under these very hostile conditions (they are not sensitive to EMI or magnetic fields, and the can be make radiation hard). For this reason, it is interesting to use FBG sensors to monitor humidity and temperature in tracker volume. The sensitivity to humidity of FBG sensors with different coatings has been tested trying to develop a reliable humidity sensor. It has been studied too the repeatability and the possible influence of radiation in humidity sensitivity. For the temperature monitoring several sensors has been studied in order to avoid humidity effect and several fixing system has been tested in order to avoid strain transmission to the fibers. As case of application actually the FBG sensors are intended to be installed in Belle II tracker for humidity and temperature monitoring.
        Speakers: DAVID MOYA MARTIN (IFCA), David Moya Martin (IFCA - Instituto de Fisica de Cantabria-Consejo Sup. de Invest)
    • 10:30
      Break Hall

      Hall
    • E-JADE midterm review: . Comedor Real

      Comedor Real
      Convener: Thomas Schoerner-Sadenius (Deutsches Elektronen-Synchrotron (DE))
      INDICO agenda of E-JADE midterm review
    • FCAL: .. Audiencia Reina

      Audiencia Reina
      Conveners: Bruce Andrew Schumm (University of California,Santa Cruz (US)), Wolfgang Lohmann (DESY)
      Vidyo room
      • 40
        Results of the 2014 FCAL TB and the new readout for LumiCal
        Speaker: Jakub Moron (AGH-UST)
      • 41
        Determination of the effective Moliere radius Itamar Levy
        Speaker: Itamar Levy (Tel Aviv University (IL))
        MR_06_2016.pdf
      • 42
        Radiation damage studies for the BeamCal detector with SLAC ESTA experiment T506
        Speaker: Bruce Andrew Schumm (University of California,Santa Cruz (US))
      • 43
        Unvetoed events in the 2014 Test Beam data
        Speaker: Strahinja Lukic (Vinča Institute of Nuclear Sciences, University of Belgrade, Serbia)
        Unvetoed.pdf
      • 44
        Continued discussion of infrastructure needs
        Speaker: Dr Sergej Schuwalow (DESY-Zeuthen)
    • ILC: CFS change request status Comedor Infantes

      Comedor Infantes
      Conveners: John Andrew Osborne (CERN), Mr MASANOBU MIYAHARA (KEK), Mr Victor Kuchler (Fermilab)
      ECFA LC 2016 machine v8 FINAL.xlsx
      • 45
        CFS Review of Outstanding Change Requests
        Speaker: Victor Kuchler
      • 46
        CFS discussion
    • ILC: SRF II Aula Infantes

      Aula Infantes
      Conveners: Hitoshi Hayano (KEK), Nicholas Walker (DESY), Dr Rongli Geng (Jefferson Lab)
      ECFA LC 2016 machine v8 FINAL.xlsx
    • ILC: Sources II Baile

      Baile
      Conveners: Dr Masao Kuriki (KEK), Sabine Riemann (Deutsches Elektronen-Synchrotron (DE)), Wei Gai (ANL)
      ECFA LC 2016 machine v8 FINAL.xlsx
    • LCTPC: .. Biblioteca

      Biblioteca
      Conveners: Akira Sugiyama (Saga Univ.), Alain Bellerive (Carleton University (CA)), Jochen Kaminski (University of Bonn)
    • Physics: (Pheno) Riancho

      Riancho

      Please join the meeting (Vidyo) by clicking this link:
      https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=13aiS5eXjVuigwaZ1FJN1CuXY

      Conveners: Christopher Potter (University of Oregon), Dr Koichi Hamaguchi (Tokyo University), Stefan Rainer Liebler (Deutsches Elektronen-Synchrotron (DE)), Sven Heinemeyer (IFCA (CSIC, Santander))
      • 62
        SM Higgs at the LC
        Speaker: Philip Bechtle (DESY)
        PBe_ECFA_LC_160601.pdf
      • 63
        Full simulation studies of H --> tau tau CP properties
        Speakers: Daniel Jeans (University of Tokyo), Daniel Jeans (University of Oxford)
        Jeans_higgsCP_santander.pdf
    • Software: Core Tools Santo Mouro

      Santo Mouro

      vidyo room: ECFA_LCWS2016_SOFT
      URL: https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=AbblLv82i575U4wcpYFztBMz0MI

      Conveners: Akiya Miyamoto (KEK), Andre Sailer (CERN), Frank Gaede (DESY), Dr Jan Strube (PNNL), Norman Graf (SLAC)
      vidyo URL
    • Vtx and Si Tracking: .. Bringas

      Bringas

      Vidyo Link https://goo.gl/Rr89Y7

      Conveners: Dr Ivan Vila (IFCA (CSIC-UC)), Marc Winter (Institut Pluridisciplinaire Hubert Curien (FR)), Dr Marcel Vos (IFIC (UVEG/CSIC) Valencia), Dr Yasuhiro Sugimoto (KEK)
      • 68
        Full-scale Thermo-mechanical mock-up of the Forward Tracking Disks Bringas

        Bringas
        The current generation of solid-state position sensitive devices has better precision, greater integration and less material than previous generations of detectors. Detector solutions have been developed for 50 micron thin, small-pixel sensors with a resolution of a few microns. Ultra-thin sensors require new concepts for mechanical support that maintain good thermo-mechanical performance at a fraction of the material budget traditionally reserved for these services. New ideas for support structures and integrated low mass powering and cooling systems must be characterized thoroughly before finding their way into the experiment. The talk will address the thermo-mechanical performance of thin self-supporting all-silicon ladders and petals in the LC environment. The effect of a pulsed power supply on the mechanical and thermal stability is evaluated. Two strategies are explored for cooling as the air cooling and micro-channel cooling. The thermo-mechanical properties of dummy sensors are studied, analysed and compared with a finite element simulation. We characterize rapid thermal excursions, vibrations and deformations due to the air cooling and power pulsing. A first mock-up of the Forward Tracker Disks for the ILD detector is presented.
        Speaker: Miguel-Angel Villarejo Bermudez (Instituto de Fisica Corpuscular (ES))
      • 69
        Technological Developments on iLGAD Detectors for Tracking and Timing Applications Palacio de la Magdalena

        Palacio de la Magdalena
        This presentation introduces the latest technological development on the Inverse Low Gain Avalanche Detector (iLGAD). This structure is based on the standard Avalanche Photo Diodes (APD) concept that includes an internal multiplication of the charge generated by radiation. The multiplication is inherent to the basic n ++ -p + -p structure, where the doping profile of the p + layer is optimized to achieve high field and high impact ionization at the junction. In order to ensure a uniform electric field distribution along the device, the iLGAD is a pad-like LGAD with P-type multiplication layer below the N+ implant, in which we change the P+ implantation, by several P-type strips in order to segment the readout electrode, like a P-on-P microStrip detector. In this structure, we move the multiplication layer to the back-side of the chip, and define the ohmic readout elements, strips & pixels, in the front-side, as shown in Figure 1. That means the collecting current is dominated by holes instead of electrons. This kind of device with inner amplification allows us to reduce the substrate thickness in order to develop a low-mass tracking systems with thinner microstrips sensors conserving the same SNR. iLGAD structures could be interesting for tracking and timing applications, as well as for primary interaction vertex or medical applications. In this work we will present the basic technological steps and the last characterization results of the first iLGAD fabricated at CNM.
        Speaker: Ms Mar Carulla (IMB-CNM (CSIC))
      • 70
        Readout electronics for tracking detectors Bringas (Palacio de la Magdalena)

        Bringas

        Palacio de la Magdalena
        Silicon micro-strips detectors are the baseline for the tracker region of the future International Linear Collider (ILC). Nevertheless, variations of this type of sensors like resistive micro-strips or more innovative detectors like Low Gain Avalanche Detectors (LGADs) have been presented as possible candidates thanks to some of their advantages, like 2-D positioning in the cases of the resistive micro-strips or a notable improvement of the signal to noise ratio in the case of LGADs [1]. In this paper, an ASIC fabricated in 180 nm CMOS technology from AMS with the very front-end electronics used to readout the signal from different sensors (micro-strips, resistive micro-strips, LGADs as well as inverse LGADs) is presented as well as its experimental results. The front-end has the typical architecture for Si-strip readout [2], i.e., preamplification stage with a Charge Sensitive Amplifier (CSA) followed by a CR-RC shaper. Both amplifiers are based on a folded cascade structure with a PMOS input transistor and the shaper only uses passive elements for the feedback stage. The CSA has programmable gain and a configurable input stage in order to adapt to the different strip flavours (resistive micro-strips, LGADs and inverse LGADs). The fabricated prototype is 0.865 mm x 0.965 mm and includes the biasing circuit for the CSA and the shaper, 4 analog channels (CSA+shaper) and programmable charge injection circuits included for testing purposes. Although the front-end can be used in different sensors, the design have been focused in optimizing it for resistive micro-strips. For this reason, a spice model of the resistive micro-strip detector developed by IFCA has been used at the design stage. Noise and power analysis performed during simulation fixed the size of the input transistor in W/L =960 um/0.2 um. The shaping time is fixed by design at 1 us and, in this ASIC version, the feedback elements of the shaper are passive, which means that the area of the shaper can be reduced using active elements in future versions. Finally, the different gains of the CSA have been selected to maintain an ENC below 400 electrons for a micro-strip detector with a capacitor of 20 pF, with a power consumption of 150 uW per channel. [1] G. Pellegrini et al., “Recent Technological Developments on LGAD and iLGAD Detectors for Tracking and Timing Applications”, Instrumentation and detectors, arXiv:1511.07175. [2] F. Anghinolfi et al., in: IEEE Transaction on nuclear science, vol. 49, nº 3, pp.1080-1085, 2002.
        Speaker: Dr Oscar Alonso (University of Barcelona)
        EFCA-LC_oalonso.pdf
      • 71
        Silicon sensors developments with Infineon Austria Bringas

        Bringas
        Most modern particle physics experiments use silicon based sensors for their tracking systems. These sensors are able to detect particles generated in high energy collisions with high spatial resolution and therefore allow the precise reconstruction of particle tracks. The same technology now also becomes used as the active sensor in calorimeters. Today, only a few vendors are capable of producing silicon strip sensors with the quality needed for particle physics experiments. Future detectors like the upgrades of the LHC detectors or the ILC detectors will increase the demand for planar silicon sensors to many hundreds of m2 produced within just a few years. To satisfy this increasing demand, the establishment of additional high quality and high volume producers is crucial. Together with the European-based semiconductor manufacturer Infineon Technologies AG (Infineon) the Institute of High Energy Physics of the Austrian Academy of Sciences (HEPHY) is developing planar silicon strip and pad sensors for high volume productions. This talk presents the current status of the collaboration and shows results from measurements on sensor produced in 6" and 8" technology.
        Speaker: Marko gerhart Dragicevic (Institut fuer Hochenergiephysik (HEPHY))
    • 13:00
      Lunch Comedor sotano

      Comedor sotano
    • E-JADE midterm review: .. Comedor Real

      Comedor Real
      Convener: Thomas Schoerner-Sadenius (Deutsches Elektronen-Synchrotron (DE))
      INDICO agenda of E-JADE midterm review
    • ILC: CRWG I Baile

      Baile
      Convener: Kaoru Yokoya (KEK)
      ECFA LC 2016 machine v8 FINAL.xlsx
    • Physics: (Pheno) Riancho

      Riancho

      Please join the meeting (Vidyo) by clicking this link:
      https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=13aiS5eXjVuigwaZ1FJN1CuXY

      Conveners: Christopher Potter (University of Oregon), Dr Koichi Hamaguchi (Tokyo University), Stefan Rainer Liebler (Deutsches Elektronen-Synchrotron (DE)), Sven Heinemeyer (IFCA (CSIC, Santander))
      • 77
        (N)MSSM Higgs at the LC
        Speaker: Helmut Eberl (Hephy Vienna)
        ILC16talk_eberl1.pdf
      • 78
        Neutral and charged Higgs production at the LC in the cMSSM
        Speaker: Sven Heinemeyer (IFCA (CSIC, Santander))
        sven-HiggsProd.pdf
      • 79
        Measuring the NMSSM Singlet at the ILC
        Speaker: Christopher Potter (University of Oregon)
        talk.pdf
    • Software: Calorimeter Reconstruction Santo Mouro

      Santo Mouro

      vidyo room: ECFA_LCWS2016_SOFT
      URL: https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=AbblLv82i575U4wcpYFztBMz0MI

      Conveners: Akiya Miyamoto (KEK), Andre Sailer (CERN), Frank Gaede (DESY), Dr Jan Strube (PNNL), Norman Graf (SLAC)
      vidyo URL
    • 16:00
      Break Hall

      Hall
    • E-JADE midterm review: ... Comedor Real

      Comedor Real
      Convener: Thomas Schoerner-Sadenius (Deutsches Elektronen-Synchrotron (DE))
      INDICO agenda of E-JADE midterm review
    • ILC: CRWG II Baile

      Baile
      Convener: Kaoru Yokoya (KEK)
      ECFA LC 2016 machine v8 FINAL.xlsx
    • Physics: (Pheno) Riancho

      Riancho

      Please join the meeting (Vidyo) by clicking this link:
      https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=13aiS5eXjVuigwaZ1FJN1CuXY

      Conveners: Christopher Potter (University of Oregon), Dr Koichi Hamaguchi (Tokyo University), Stefan Rainer Liebler (Deutsches Elektronen-Synchrotron (DE)), Sven Heinemeyer (IFCA (CSIC, Santander))
      • 89
        Higgs decays to SUSY particles in the cMSSM
        Speaker: Sven Heinemeyer (IFCA (CSIC, Santander))
        sven-HiggsDecay.pdf
      • 90
        Quark flavor violating Higgs decay h --> bs at the ILC
        Speaker: Muhammad Rehman
        Rehman_ECFALC.pdf
      • 91
        The MSSM h0 (125GeV) decaying to b bbar and c cbar with quark flavour violation
        Speaker: Helmut Eberl (Hephy Vienna)
        ILC16talk_eberl2.pdf
    • Software: Track Reconstruction Santo Mouro

      Santo Mouro

      vidyo room: ECFA_LCWS2016_SOFT
      URL: https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=AbblLv82i575U4wcpYFztBMz0MI

      Conveners: Akiya Miyamoto (KEK), Andre Sailer (CERN), Frank Gaede (DESY), Dr Jan Strube (PNNL), Norman Graf (SLAC)
      vidyo URL
    • Reception: Magdalena Palace Hall

      Hall
  • Wednesday 1 June
    • ILC: ATF2 I Audiencia Reina

      Audiencia Reina
      Conveners: Nobuhiro Terunuma (KEK), Prof. Philip Burrows (Oxford University)
      ECFA LC 2016 machine v8 FINAL.xlsx
    • ILC: CFS Topology &layout Aula Infantes

      Aula Infantes
      Conveners: John Andrew Osborne (CERN), Mr MASANOBU MIYAHARA (KEK), Mr Victor Kuchler (Fermilab)
      ECFA LC 2016 machine v8 FINAL.xlsx
    • LCTPC: ... Biblioteca

      Biblioteca
      Conveners: Akira Sugiyama (Saga Univ.), Alain Bellerive (Carleton University (CA)), Jochen Kaminski (University of Bonn)
      • 104
        Micromegas data analysis
        Speaker: Alain Bellerive (Carleton University (CA))
        ABellerive_LCTPC_MMpaper.pdf
      • 105
        Simulation
        Speaker: Ralf Diener (DESY)
        Simulation.pdf
      • 106
        Distortion study
        Speaker: Deb Sankar Bhattacharya (Phd Student)
        ECFALC2016_Distortion_Deb-1.pdf
      • 107
        Two-hit and two-track separation
        Speaker: Alain Bellerive (Carleton University (CA))
        TwoHit_ABellerive.pdf
      • 108
        Internal procedure of peer reviewed articles - lessons learned from the first LCTPC paper
        Speakers: Takahiro Fusayasu (Saga University), Takahiro Fusayasu (Nagasaki Inst. of Applied Science (JP))
        fusayasu160601.pdf
    • Physics: (Pheno) Riancho

      Riancho

      Please join the meeting (Vidyo) by clicking this link:
      https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=13aiS5eXjVuigwaZ1FJN1CuXY

      Conveners: Christopher Potter (University of Oregon), Dr Koichi Hamaguchi (Tokyo University), Stefan Rainer Liebler (Deutsches Elektronen-Synchrotron (DE)), Sven Heinemeyer (IFCA (CSIC, Santander))
      • 109
        The 750GeV resonance at the LC
        Speaker: Mr Francois Richard (LAL Orsay)
        X(750)_Santander.pptx
      • 110
        X(750) search at the ILC
        Speaker: Dr Junping Tian (University of Tokyo)
        X750_ECFALC2016.pdf
      • 111
        Probing the origin of the 750GeV diphoton excess with the precision measurements at the ILC
        Speaker: Dr Koichi Hamaguchi (Tokyo University)
        20160601_ECFA-LC.pdf
    • CALICE Baile

      Baile

      Please register for the "CALICE Day" at https://agenda.linearcollider.org/event/7049/

      Participation of non-CALICE members is highly welcome!

      The CALICE Sessions at ECFALC 2106 will give an overview over recent R&D highlights and future plans for the different CALICE technologies, and provide the possibility to discuss selected analysis topics.

      VIDYO will be available for remote connections. To join the VIDYO meeting, use the following link:
      https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=wQQgeDLe8wtBMR3EYC3kerYiTOg

      VIDYO Room name: ECFA_LCWS2016_CALICE
      Extension: 105328844

      Convener: Dr Frank Simon (Max-Planck-Institut fuer Physik)
      ECFA_LCWS2016_CALICE VIDYO Room
    • Vtx and Si Tracking: ... Bringas

      Bringas

      Vidyo Link https://goo.gl/Rr89Y7

      Conveners: Dr Ivan Vila (IFCA (CSIC-UC)), Marc Winter (Institut Pluridisciplinaire Hubert Curien (FR)), Dr Marcel Vos (IFIC (UVEG/CSIC) Valencia), Dr Yasuhiro Sugimoto (KEK)
      • 116
        Operation of the first full-sized DEPFET PXD Modules
        The DEPFET collaboration is in the final construction phase of a highly granular, ultra-transparent active pixel detector for high-performance vertex reconstruction at the Belle II experiment, KEK, Japan. A complete detector system is being developed, including solutions for ultra-thin sensors and their mechanical support, r/o ASICs, cooling, services, and a DAQ system capable of handling the huge amount of data coming from the pixel detector. In this paper, the status of the DEPFET project is reviewed highlighting the milestone achievements in the construction of the Belle II pixel detector PXD. The main focus of this paper is the characterization of the recently finished pilot production of the sensors including the module assembly. The sensor module is a silicon based multi-chip module (MCM) with the module substrate being the sensor wafer itself. There are three functional regions on the MCM: the 75 µm thin sensitive active pixel area with the DEPFETs in a two metal and two poly-silicon layer technology, the “end of stave” with three metal layers (two Al and one Cu) where the read-out electronic is placed, and the narrow long with the steering ASICs. Three types of ASICs are used: a mixed-signal ASIC as the analogue front-end and ADC, a digital data handling chip, and a steering chip in HV-MOS technology for the row-wise addressing and clearing of the pixel matrix. There are 14 chips in total on the module, all bump-bonded to the sensor substrate, about 3000 bumps in total. In addition about 100 SMD components for supply line de-coupling and signal termination purposes are placed on the substrate. The finished module has almost 200 kPixels and is read out at a continuous frame rate of 50 kHz via a wire-bonded and solder-attached flex cable. The whole detector will be assembled out of 40 modules, yielding a complex sensor system of about 8 Mpixels. The sensor and module concept was originally developed for the application at the ILC detectors and adapted to the requirements at the SuperKEKB B-Factory. The paper will focus on the achievements in the construction of the Belle II pixel detector, the system tests done in the lab and in the beam at DESY and will discuss the results in the light of an application at a future linear collider.
        Speaker: Laci Andricek (Werner-Heisenberg-Institut - Max-Planck-Institut fur Physik)
        Laci-DEPFET-Overview.pdf
      • 117
        Characterization and performance of large thin DEPFET detectors
        The DEPFET collaboration is building a highly granular, ultra-transparent active pixel detector for high-performance vertex reconstruction at the Belle II experiment in the new super flavour factory in Japan. A complete detector system is being produced, including solutions for ultra-thin sensors and their mechanical support and cooling, front-end electronics, services and a DAQ system for handling the huge amount of data coming from the pixel detector placed close to the interaction point. The first production grade sensors have been equipped with the latest generation of read-out and steering ASICs. The modules were extensively tested in the lab and two modules, one for each layer of the Belle II pixel detector have been illuminated with an electron beam at DESY. Together with four double-sided strip detector layers, the system under test was effectively a complete sector of the final vertex detector of Belle II. This presentation will present the pre-characterization in the lab and the test beam results obtained during the latest test beam campaign.
        Speaker: Carlos Marinas (University of Bonn)
        MarinasECFASantander.pdf
      • 118
        Evolving CMOS Pixels Sensors (CPS) to allow for more demanding requirements of the ILD vertex detector
        The DBD requirements for the ILD vertex detector refer to the 500 GeV running assuming the use of an anti-DID to mitigate the beam related background in the vertex detector. They do not incorporate a luminosity upgrade nor do they explicitly target a highly efficient low momentum tracking and a suppressed fake track rate. Test results of CMOS pixel sensors showed that the DBD requirements can be accommodated but the performances obtained up to now would not be suited to the more demanding requirements mentioned above. To address the latter, CPS are being developed at IPHC, which allow for a significantly faster read-out. The talk proposed will summarize the on-going R&D activity and its mid-term plans and goals.
        Speaker: Dr Auguste Besson (IPHC Strasbourg)
        MarinasECFASantander.pdf
    • 10:30
      Break Hall

      Hall
    • CALICE Baile

      Baile

      Please register for the "CALICE Day" at https://agenda.linearcollider.org/event/7049/

      Participation of non-CALICE members is highly welcome!

      The CALICE Sessions at ECFALC 2106 will give an overview over recent R&D highlights and future plans for the different CALICE technologies, and provide the possibility to discuss selected analysis topics.

      VIDYO will be available for remote connections. To join the VIDYO meeting, use the following link:
      https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=wQQgeDLe8wtBMR3EYC3kerYiTOg

      VIDYO Room name: ECFA_LCWS2016_CALICE
      Extension: 105328844

      Convener: Dr Frank Simon (Max-Planck-Institut fuer Physik)
      ECFA_LCWS2016_CALICE VIDYO Room
      • 119
        DAQ
        Speaker: Dr Taikan Suehara (Kyushu University)
        160601-ecfa-calice-daq-suehara.pdf
      • 120
        AHCAL R&D towards a linear collider detector
        Speaker: Katja Krueger (DESY)
        AHCALplans_Santander_final.pdf
      • 121
        Recent highlights from AHCAL R&D
        Speaker: Dr Adrian Irles (DESY)
        AHCAL_RandD_v3.pdf
      • 122
        SDHCAL present and future R&D activities
        Speaker: Dr Maria Fouz Iglesias (Centro de Investigaciones Energ. Medioambientales y Tecn. - (ES)
        SDHCALSantander.pdf
      • 123
        SDHCAL beam test results & simulations
        Speakers: Laktineh Laktineh (Universite Claude Bernard-Lyon I (FR)), Laktineh Laktineh (Universite Claude Bernard-Lyon I (FR)), Mr imad laktineh (ipnl), imad laktineh
        SDHCAL-Santander.pptx
      • 124
        Discussion: Future Test Beams, ...
    • ILC: ATF2 II Audiencia Reina

      Audiencia Reina
      Conveners: Nobuhiro Terunuma (KEK), Prof. Philip Burrows (Oxford University)
      ECFA LC 2016 machine v8 FINAL.xlsx
    • ILC: Cryogenic Design Aula Infantes

      Aula Infantes
      Convener: Prof. Akira Yamamoto (KEK)
      ECFA LC 2016 machine v8 FINAL.xlsx
    • LCTPC: Collaboration Board Meeting Biblioteca

      Biblioteca
      Conveners: Jochen Kaminski (University of Bonn), leif jonsson (phys. dept., lund univ.)
    • Physics: (Pheno) Riancho

      Riancho

      Please join the meeting (Vidyo) by clicking this link:
      https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=13aiS5eXjVuigwaZ1FJN1CuXY

      Conveners: Christopher Potter (University of Oregon), Dr Koichi Hamaguchi (Tokyo University), Stefan Rainer Liebler (Deutsches Elektronen-Synchrotron (DE)), Sven Heinemeyer (IFCA (CSIC, Santander))
      • 138
        Dark Matter at the LC
        Speaker: Dr Matti Heikinheimo (Helsinki Institute of Physics (HIP))
        DM_LinearCollider.pdf
      • 139
        SUSY model and dark matter determination in the compressed mass spectrum at ILC center-of-mass energy 500GeV based on full detector simulation
        Speaker: Mikael Berggren (Deutsches Elektronen-Synchrotron (DE))
        berggren-lcecfa-santander-june-2016-susy2.pdf
      • 140
        FCC-ee physics
        Speaker: David d'Enterria
        dde_fcc_ee_phys_ecfa_santander_jun16.pdf
      • 141
        Measurement of the Higgs boson mass and e+e- --> ZH cross section using Z --> mu+mu- and Z --> e+e- at the ILC
        Speakers: Ms Jacqueline Yan (University of Tokyo), Dr Jacqueline Yan (KEK)
        ECFA_HiggsRecoil.ppt
    • Software: Simulation Models and MC Production Santo Mouro

      Santo Mouro

      vidyo room: ECFA_LCWS2016_SOFT
      URL: https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=AbblLv82i575U4wcpYFztBMz0MI

      Conveners: Akiya Miyamoto (KEK), Andre Sailer (CERN), Frank Gaede (DESY), Dr Jan Strube (PNNL), Norman Graf (SLAC)
      vidyo URL
    • Vtx and Si Tracking: .... Bringas

      Bringas

      Vidyo Link https://goo.gl/Rr89Y7

      Conveners: Dr Ivan Vila (IFCA (CSIC-UC)), Marc Winter (Institut Pluridisciplinaire Hubert Curien (FR)), Dr Marcel Vos (IFIC (UVEG/CSIC) Valencia), Dr Yasuhiro Sugimoto (KEK)
      • 147
        TPA-TCT a High Resolution Technique to characterize small-size pixels Bringas

        Bringas
        Very recently, an innovative Transient Current Technique was introduced where the free charge carriers are created in a Two-Photon-Absorption (TPA) process induced by a focused femto-second laser pulse with a wavelength of 1300nm. The fact that in a TPA process the absorption of the light depends on the square of the intensity of the light beam used for the current generation allows a localized TPA-induced electron-hole pair creation in a micrometric scale voxel centered on the laser waist. As a consequence, this new technique opens the possibility to carry out a 3D mapping of the sensor’s space-charge properties with micrometric resolution. Due to its intrinsic spatial resolution, the TPA-TCT technique is a very appropriate choice for the characterization of the alterations of the sensor’s active volume induced by the ionizing radiation; in especial manner, for the case of partially depleted sensors as it is the case of the carrier collecting n-well implemented in HV-CMOS sensors.Using the TPA-TCT technique on a HV-CMOS device the deep n-well has been accurately measured being able to to determine its effective doping concentration for the first time in this kind of depleted CMOS devices achieving a unprecedented insight on the doping level and dimensions of the deep n-well suitable for a better understanding and optimization of the device design.
        Speaker: Marcos Fernandez Garcia (Instituto de Fisica de Cantabria, Grupo de Altas Energias - Cons)
        20160601_MarcosFernandez_ECFASantander.pdf
      • 148
        Recent ASIC developments for the CLIC vertex detector Bringas

        Bringas
        As part of the R&D towards the CLIC vertex detector, many different technologies are being investigated. The current expectation is for a hybrid pixel detector, with the readout ASIC either bump-bonded to slim-edge planar silicon sensors or glued to “active" HV-CMOS sensors. The first generation of capacitively coupled assemblies for CLIC were tested extensively during 2015, and served as input to the design of new devices, created specifically to meet the vertex detector requirements. An overview of the measurements leading up to their design will be presented, along with the final design of both the readout ASIC (CLICpix2) and the HV-CMOS sensor (C3PD). Parallel developments on power-pulsing of the electronics, crucial to achieve the low power budget required at CLIC, will also be presented.
        Speaker: Dr Daniel Hynds (CERN)
        dhyndsECFAvertexDevelopmentsMay2016.pdf
      • 149
        CLIC vertex and tracker sensor studies Bringas (Palacio Magdalena)

        Bringas

        Palacio Magdalena
        The physics aims at the future CLIC high-energy linear e+e- collider set very high precision requirements on the performance of the tracking detectors. Moreover, these detectors have to be well adapted to the experimental conditions, such as the time structure of the collisions and the presence of beam-induced backgrounds. A single-point resolution of 3 um in the vertex detector and 7 um in the tracker and time slicing at the level of approximately 10 ns have to be achieved. All-silicon vertex and tracking systems meeting these requirements are currently under development. Both hybrid concepts and fully integrated sensors are under consideration. In this talk, test beam studies of planar silicon sensors read out by Timepix3 and CLICpix ASICs are presented. In order to improve the detection efficiency close to the physical edge of the sensor, some of the investigated devices are fabricated with an implanted cut edge (active edge). The experimental results for different edge implementations are compared to T-CAD device simulations. Additionally, in view of a monolithic design for the CLIC tracker, first test beam measurements performed on a small analog CMOS demonstrator pixel chip are be presented.
        Speaker: Andreas Matthias Nurnberg (CERN)
        20160601_ECFA_nurnberg.pdf
      • 150
        EMC characterization of Tracker Detectors Bringas

        Bringas
        The control of electromagnetic interference (EMI) phenomena is a very important aspect of any electronic device in order to ensure the correct performance of a whole physics experiment. This aspect is particularly important in the future tracker systems, due to the problems that may appear as a result of the proximity of noise sources to high sensitive modules, fast transients and topology. During the last years and via AIDA2020 EU Project, EMC tests have been performed on several tracker detectors such as CMS at CERN and Belle II at KEK in order to decrease and minimize the electronics integration problems due to electromagnetic noise. EMC tests allow conducting noise studies on physics detectors to improve the noise immunity of the front-end electronics (FEE) in order to assess compatibility with the noise generated by the power supplies, transmitters or any other noise source present in the detector. This design criterion ensures the correct integration of modules, hybrids, FEE and power units, and helps in the design of each of the circuitry to minimize the electromagnetic interference coupled to each of them. This knowledge can be used to set grounding and EMC design rules for future experiments, which allows developing robust FEE designs against electromagnetic interference and sets the preliminary specifications for the power units compatible with any FEE. This contribution shows how to perform an EMC characterization of a tracker detector. Special attention is paid to the type of test that can be performed as well as the main goal of these sets of EMC tests. Also, this work will show how the outcomes from this tests are used by electronics designers to develop robust designs of detector electronics against electromagnetic noise
        Speaker: Fernando Arteche (Instituto Tecnológico de Aragón)
    • ILC: ATF/ATF2 ICB Meeting Audiencia Reina

      Audiencia Reina
      Convener: Philip Burrows (Oxford University)
      ECFA LC 2016 machine v8 FINAL.xlsx
    • LCCPdeb: Meeting+Invitees Comedor Real

      Comedor Real
      Convener: Prof. Hitoshi Yamamoto (Tohoku University)
    • 13:00
      Lunch Comedor sótano

      Comedor sótano
    • CALICE Baile

      Baile

      Please register for the "CALICE Day" at https://agenda.linearcollider.org/event/7049/

      Participation of non-CALICE members is highly welcome!

      The CALICE Sessions at ECFALC 2106 will give an overview over recent R&D highlights and future plans for the different CALICE technologies, and provide the possibility to discuss selected analysis topics.

      VIDYO will be available for remote connections. To join the VIDYO meeting, use the following link:
      https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=wQQgeDLe8wtBMR3EYC3kerYiTOg

      VIDYO Room name: ECFA_LCWS2016_CALICE
      Extension: 105328844

      Convener: Dr Frank Simon (Max-Planck-Institut fuer Physik)
      ECFA_LCWS2016_CALICE VIDYO Room
      • 151
        CALICE read-out electronics developments and recent spin-offs
        Speakers: Dr Christophe de LA TAILLE (OMEGA/IN2P3), Laktineh Laktineh (Universite Claude Bernard-Lyon I (FR)), Laktineh Laktineh (Universite Claude Bernard-Lyon I (FR)), Mr imad laktineh (ipnl), imad laktineh
        CdLT_calice_31may16_1.pptx
      • 152
        The DHCAL - An overview
        Speakers: Jose Repond (Argonne National Laboratory), Katja Krueger (DESY)
        DHCAL_Santander_Jun_2016.pptx
      • 153
        The Fall 2016 CALICE Meeting at UTA
        Speaker: Prof. Andy White (University of Texas at Arlington)
        CALICE_UTA_2016_ECFA.pdf
      • 154
        Repositories / Public Access for CALICE Results - Discussion
        geant4_hepdata.pdf
    • ILC: Beam Dynamics I Aula Infantes

      Aula Infantes
      Conveners: Dr Andrea Latina (CERN), Dr Kiyoshi Kubo (KEK), Dr Nikolay Solyak (FNAL)
      ECFA LC 2016 machine v8 FINAL.xlsx
    • ILC: MDI/BDS/CFS Audiencia Reina

      Audiencia Reina
      Conveners: Dr Glen White (SLAC), Dr Karsten Buesser (DESY), Dr Toshiaki Tauchi (KEK), Mr Victor Kuchler (Fermilab)
      ECFA LC 2016 machine v8 FINAL.xlsx
      • 159
        Overview of Central Region CFS Drawings
        Speaker: Mr MASANOBU MIYAHARA (KEK)
        Overview of Central Region CFS Drawings.pdf
      • 160
        Current Site Status at IP
        Speaker: Tomoyuki Sanuki (Tohoku University)
        160601IP.pptx
      • 161
        Muon Flux Studies
        Speakers: Dr Glen White (SLAC), Lewis Keller (SLAC)
        ILC_muons.pptx
      • 162
        Discussion on Beam Commissioning and Requirements for Tune-up Dumps
    • Industrial Session: . Paraninfo

      Paraninfo
      Convener: Juan Fuster Verdu (IFIC, Univ. Valencia - CSIC)
      PanelDiscusion.docx
      • 163
        Official Opening .

        Raúl Pelayo Pardo, Director General of Industry, Commerce and Consumer Affairs of the Government of Cantabria Isaac Martín Barbero, General Director, ICEX (Spain)

        Speakers: Mr Isaac Martín Barbero (General Director, ICEX (Spain) ), Mr Raul Pelayo Pardo (Raúl Pelayo Pardo, Director General of Industry, Commerce and Consumer Affairs of the Government of Cantabria )
        Protocolo inauguracion Industrial Session (01-06-2016).pdf
      • 164
        The International Linear Collider Project and its industrial implications
        Speaker: Akira Yamamoto (KEK)
        ILC-Indust-Implications-160601a.pptx
      • 165
        The Status of the International Linear Collider project
        Speaker: Satoru Yamashita (U. Tokyo)
        20160601_Santander-industry-V2.pdf
      • 166
        Review of Spanish contributions to large scientific infrastructures involving accelerators
        Speaker: Dr Luis García Tabarés (CIEMAT (Spain))
        LGT_ACCELERATOR ACTIVITIES IN SPAIN ILC_20160525.ppt
      • 16:00
        Break
      • 167
        Accelerator science and industry in Japan
        Speaker: Mr Masanori Matsuoka (AAA/MHI (Japan))
        AAA.pptx
      • 168
        Industrial opportunities in detector development and construction.
        Speaker: Carlos Lacasta (IFIC - Valencia)
        Industry.Oportunities.ECFALC2016.pdf
      • 169
        Short presentations from Japanese companies
        Speaker: Mitsubishi Heavy Industry, Taiyo Nippon Sanso, Mitsubishi Electric ( )
        MHI+TNSC+MELCO.pdf
      • 18:00
        Break
      • 170
        Organization and plans for the industrial session at the next IEEE conference in Strasbourg
        Speaker: Maksym Titov (CEA/IRFU,Centre d'etude de Saclay Gif-sur-Yvette (FR))
        2016_JapanIndustryForum_2016IEEE_TEchnologyIntroduction_FINAL1_01062016.ppt
      • 171
        Report on the Workshop “Collaboration opportunities on fusion and accelerator technologies and projects, between Spanish and Japanese Organizations” held in Tokyo May 13th 2016. Introduction to the panel discussion.
        Speaker: Mr Francisco Javier Cáceres (INEUSTAR (Spain))
        INEUSTAR Report on Tokyo 13th May Workshop.pptx
      • 172
        Panel discussion: "Industrial contribution to large scientific infrastructures"
        Speaker: ALBA, CDTI*, CIEMAT, INEUSTAR, AAA, KEK, Hiroshima University
      • 173
        Concluding remarks
        Speaker: Juan Fuster Verdu (Instituto de Fisica Corpuscular (ES))
        ECFA-LC-Industry.pdf
      • 174
        General discussion and cocktail
    • LCTPC: Pixel session Biblioteca

      Biblioteca
      Conveners: Akira Sugiyama (Saga Univ.), Alain Bellerive (Carleton University (CA)), Jochen Kaminski (University of Bonn)
      • 175
        Analysis of GridPix test beam data
        Speaker: Peter Kluit (Nikhef National institute for subatomic physics (NL))
        17_AnalysisPixelTPCAll.pdf
      • 176
        Next steps towards a Pixel-TPC
        Speakers: Klaus Desch (University of Bonn), Klaus Desch (University of Bonn)
        desch_010616_santander.pdf
      • 177
        New algorithm for reconstructing GridPix data
        Speaker: Amir Noori Shirazi (Siegen University)
        Santander-Shirazi.pdf
      • 178
        Pads + TP
        Speaker: Ulrich Einhaus (DESY FLC)
        2016_06_01_LCWS.pdf
    • Physics: (Pheno) Riancho

      Riancho

      Please join the meeting (Vidyo) by clicking this link:
      https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=13aiS5eXjVuigwaZ1FJN1CuXY

      Conveners: Christopher Potter (University of Oregon), Dr Koichi Hamaguchi (Tokyo University), Stefan Rainer Liebler (Deutsches Elektronen-Synchrotron (DE)), Sven Heinemeyer (IFCA (CSIC, Santander))
      • 179
        Searching for sterile neutrinos at the ILC
        Speaker: Oliver Fischer (Unibas)
        ECFA16_Santander_Fischer.pdf
      • 180
        Matching the NLL threshold resummation with fixed-order QCD corrections in top-pair production
        Speaker: Bijan Chokoufe Nejad (DESY Theory)
        beamer.pdf
      • 181
        Top-mass measurement using radiative events
        Speakers: Dr Marcel Vos (IFIC (UVEG/CSIC) Valencia), Marcel Vos (Instituto de Fisica Corpuscular (ES)), Pablo Gomis
        gomis_top_mass.pdf
    • Software: High Level Reconstruction Tools Santo Mouro

      Santo Mouro

      vidyo room: ECFA_LCWS2016_SOFT
      URL: https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=AbblLv82i575U4wcpYFztBMz0MI

      Conveners: Akiya Miyamoto (KEK), Andre Sailer (CERN), Frank Gaede (DESY), Dr Jan Strube (PNNL), Norman Graf (SLAC)
      vidyo URL
    • 16:00
      Break Hall

      Hall
    • CALICE: CALICE Analysis Baile

      Baile

      Please register for the "CALICE Day" at https://agenda.linearcollider.org/event/7049/

      Participation of non-CALICE members is highly welcome!

      The CALICE Sessions at ECFALC 2106 will give an overview over recent R&D highlights and future plans for the different CALICE technologies, and provide the possibility to discuss selected analysis topics.

      VIDYO will be available for remote connections. To join the VIDYO meeting, use the following link:
      https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=wQQgeDLe8wtBMR3EYC3kerYiTOg

      VIDYO Room name: ECFA_LCWS2016_CALICE
      Extension: 105328844

      Convener: Dr Frank Simon (Max-Planck-Institut fuer Physik)
      ECFA_LCWS2016_CALICE VIDYO Room
      • 184
        Latest results of ScECAL prototype analysis - preparation for publication
        Speaker: Katsushige Kotera (Shinshu University, Faculty of Science,)
        0g601CALICE_inECFA_ScEcalFnalResult_v4toSubmit.pdf
      • 185
        Separation of two overlapping electromagnetic or electromagnetic-hadronic showers in CALICE physical prototype and comparison with MC
        Speaker: Mr Kostiantyn Shpak (LLR)
        ShpakPresentationRMSNEW.pdf
      • 186
        Comparison of hadronic shower parameters from data and G4 10.1
        Speaker: Mrs Marina Chadeeva (ITEP, Moscow, Russia)
        chadeeva_ecfa2016_g4_10.pdf
      • 187
        Simulation and timing within SDHCAL
        Speaker: Guillaume Garillot (IPN Lyon)
        Santander2016.pdf
      • 188
        Pions in a Combined Scintillator Calorimeter System
        Speakers: Felix Sefkow (Deutsches Elektronen-Synchrotron (DE)), Oskar Hartbrich (Bergische Universitaet Wuppertal / DESY FLC)
        2016_06_01_CALICE.pdf
      • 189
        Analogue, Digital and Semi-Digital Energy Reconstruction in the AHCAL
        Speakers: Coralie Neubüser (DESY), Katja Krueger (DESY)
        20160601_Coralie_CaliceDaySantander16.pdf
    • ILC: Beam Dynamics II Aula Infantes

      Aula Infantes
      Conveners: Dr Andrea Latina (CERN), Dr Kiyoshi Kubo (KEK), Dr Nikolay Solyak (FNAL)
      ECFA LC 2016 machine v8 FINAL.xlsx
    • ILC: MDI+BDS Audiencia Reina

      Audiencia Reina
      Conveners: Dr Glen White (SLAC), Dr Karsten Buesser (DESY), Dr Toshiyuki Okugi (KEK)
      ECFA LC 2016 machine v8 FINAL.xlsx
    • LCTPC: ...... Biblioteca

      Biblioteca
      Conveners: Akira Sugiyama (Saga Univ.), Alain Bellerive (Carleton University (CA)), Jochen Kaminski (University of Bonn)
    • Physics: (Pheno) Riancho

      Riancho

      Please join the meeting (Vidyo) by clicking this link:
      https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=13aiS5eXjVuigwaZ1FJN1CuXY

      Conveners: Christopher Potter (University of Oregon), Dr Koichi Hamaguchi (Tokyo University), Stefan Rainer Liebler (Deutsches Elektronen-Synchrotron (DE)), Sven Heinemeyer (IFCA (CSIC, Santander))
      • 198
        Non-SUSY models at the LC
        Speakers: Kei Yagyu (University of Southampton), Dr Kei Yagyu (Toyama)
        ECFA2016_KeiYagyu2.pdf
      • 199
        SUSY particles at the LC
        Speakers: Gudrid Moortgat-Pick (Unknown), Gudrid Moortgat-Pick (University of Hamburg/DESY)
        ecfa.pdf
      • 200
        SUSY predictions for the LC (based on the latest MasterCode results)
        Speaker: Sven Heinemeyer (IFCA (CSIC, Santander))
        sven-susyfit.pdf
      • 201
        Characterizing Light Higgsinos from Natural SUSY at  ILC √s=500 GeV
        Speakers: Ms Jacqueline Yan (University of Tokyo), Dr Jacqueline Yan (KEK)
        ECFA_HiggsinoVer2.ppt
    • Software: Expert Meeting Santo Mouro

      Santo Mouro

      vidyo room: ECFA_LCWS2016_SOFT
      URL: https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=AbblLv82i575U4wcpYFztBMz0MI

      Conveners: Akiya Miyamoto (KEK), Andre Sailer (CERN), Frank Gaede (DESY), Dr Jan Strube (PNNL), Norman Graf (SLAC)
      vidyo URL
      • 202
        General Discussion and Overflow
      • 203
        ILD Software Working Group
  • Thursday 2 June
    • General Plenary Paraninfo

      Paraninfo
      Conveners: Ivan Vila Alvarez (Universidad de Cantabria (ES)), Juan Fuster Verdu (IFIC, Univ. Valencia - CSIC)
    • 10:50
      Break Caballerizas

      Caballerizas
    • Detector Plenary: . Paraninfo

      Paraninfo
      Conveners: Lucie Linssen (CERN), Dr Marcel Stanitzki (DESY), Sven Heinemeyer (IFCA (CSIC, Santander)), Ties Behnke (DESY)
    • Accelerator Plenary: ILC Change Management Board Baile

      Baile

      vidyo link https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=OBSAOWy2ZCTRGq8PM7zR2b6zys

      Conveners: Dr Benno List (DESY), Dr Mike Harrison (Brookhaven National Lab)
      Minutes
    • 13:05
      Lunch Comedor sotano

      Comedor sotano
    • Accelerator Plenary: ILC Planning Baile

      Baile

      vidyo link https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=OBSAOWy2ZCTRGq8PM7zR2b6zys

      Conveners: Prof. Akira Yamamoto (KEK), Dr Mike Harrison (Brookhaven National Lab), Nicholas Walker (DESY)
      Minutes
    • Detector Plenary: . Paraninfo

      Paraninfo
      Conveners: Lucie Linssen (CERN), Dr Marcel Stanitzki (DESY), Ties Behnke (DESY)
    • Accelerator Plenary: CLIC Baile

      Baile

      vidyo link https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=OBSAOWy2ZCTRGq8PM7zR2b6zys

      Conveners: Dr Angeles Faus-Golfe (Instituto de Fisica Corpuscular (IFIC) CSIC-UV), Hermann Schmickler (CERN), Prof. Philip Burrows (Oxford University)
      Minutes
      • 222
        CTF3 status and results
        Speaker: Tobias Hakan Bjorn Persson (CERN)
      • 223
        High Efficiency klystron developments
        Speaker: Igor Syratchev (CERN)
        LCWS_2016_s.pptx
    • 16:00
      Break Entrance

      Entrance

      Magdalena Palace
    • General Plenary: . Paraninfo

      Paraninfo
      Conveners: Ivan Vila Alvarez (Universidad de Cantabria (ES)), Juan Fuster Verdu (IFIC, Univ. Valencia - CSIC)
      • 224
        EU-supported projects with ILC content: AIDA2020 & E-JADE
        Speaker: Felix Sefkow (Deutsches Elektronen-Synchrotron (DE))
        AIDA2-ECFA-LC-2016-EJ.pdf
      • 225
        LCC Report
        Speaker: Lyn Evans (Imperial College Sci., Tech. & Med. (GB))
        evans.pptx
      • 226
        The international situation (ICFA Chair)
        Speaker: Joachim Mnich (Deutsches Elektronen Synchrotron (DESY))
        ICFA-Santander-20160602vs2_Mnich.pptx
      • 227
        LCWS2016 presentation
        Speaker: Prof. Hitoshi Yamamoto (Tohoku University)
      • 228
        Closing
    • Open Public Lecture:: Nuestro Conocimiento Fundamental de la Naturaleza: El Futuro es Lineal Paraninfo

      Paraninfo
      Convener: Sven Heinemeyer (IFCA (CSIC, Santander))
      sven-public.pdf
    • 21:00
      Banquet Dinner Restaurante Casino Sardinero

      Restaurante Casino Sardinero
  • Friday 3 June
    • ILC: Sources III Audiencia Reina

      Audiencia Reina
      Conveners: Dr Masao Kuriki (KEK), Sabine Riemann (Deutsches Elektronen-Synchrotron (DE)), Wei Gai (ANL)
      ECFA LC 2016 machine v8 FINAL.xlsx
    • ILD,SID,CLICdp: Joint session on physics benchmark analysis Riancho

      Riancho
      Conveners: Keisuke Fujii (IPNS, KEK), Dr Philipp Gerhard Roloff (CERN), Dr Timothy Barklow (SLAC)
      • 232
        Overview: Higgs physics
        Speaker: Jim Brau (U. Oregon)
        Higgs_brau_ECFA_LCW.pdf
      • 233
        Overview: top physics
        Speaker: Dr Marcel Vos (IFIC (UVEG/CSIC) Valencia)
        topLC.pdf
      • 234
        Overview: Direct and indirect BSM searches at sqrt(s) <= 500 GeV
        Speaker: Jenny List (Deutsches Elektronen-Synchrotron (DE))
        jlist_bsm500_ecfa.pdf
      • 235
        Overview: Direct and indirect BSM searches at sqrt(s) > 500 GeV
        Speaker: Dr Philipp Gerhard Roloff (CERN)
        ecfalc_2016_joint_session_roloff.pdf
      • 236
        Analysis of h --> mu+mu- at 500 GeV ILC with ILD detector
        Speaker: Dr Shin-ichi Kawada (DESY)
        SK_16Jun03_ECFALC2016.pdf
      • 237
        Higgs->tautau CP analysis
        Speaker: Daniel Jeans (University of Tokyo)
        higgsCP_santander.pdf
    • 10:30
      Break Hall

      Hall
    • ILC: Beam Dynamics III Aula Infantes

      Aula Infantes
      Conveners: Dr Andrea Latina (CERN), Dr Kiyoshi Kubo (KEK), Dr Nikolay Solyak (FNAL)
      ECFA LC 2016 machine v8 FINAL.xlsx
      • 238
        Hybrid DFS performance
        Speakers: Jochem Snuverink (RHUL), Ryan Michael B Bodenstein (University of Oxford (GB))
      • 239
        CLIC two-beam tuning studies
        Speakers: Jochem Snuverink (RHUL), Ryan Michael B Bodenstein (University of Oxford (GB))
      • 240
        Analysis and new paths for the CLIC BDS tuning
        Speaker: Eduardo Marin Lacoma (CERN)
        CLIC_SingleBeamTuning.pdf
    • ILC: Sources IV Audiencia Reina

      Audiencia Reina
      Conveners: Dr Masao Kuriki (KEK), Sabine Riemann (Deutsches Elektronen-Synchrotron (DE)), Wei Gai (ANL)
      ECFA LC 2016 machine v8 FINAL.xlsx
    • ILD,SID,CLICdp: Joint session on physics benchmark analysis Riancho

      Riancho
      Conveners: Keisuke Fujii (IPNS, KEK), Dr Philipp Gerhard Roloff (CERN), Dr Timothy Barklow (SLAC)
    • ILD,SID,CLICdp: X750 Riancho

      Riancho
      Conveners: Keisuke Fujii (IPNS, KEK), Dr Philipp Gerhard Roloff (CERN), Dr Timothy Barklow (SLAC)
      • 249
        Report from the LCC physics WG on the X750 note
        Speaker: Keisuke Fujii (IPNS, KEK)
        fujiik20160603x750.v3.pdf
      • 250
        Possible studies of X750 through direct production
        Speaker: Mr Francois Richard (LAL Orsay)
      • 251
        ILC energy upgrade and the photon collider option
        Speaker: Kaoru Yokoya (KEK)
        GG&1.5TeV-Yokoya.pptx
      • 252
        Discussion (Q&A)
    • 13:00
      Lunch Comedor Sótano

      Comedor Sótano
    • ILC: Sources V Audiencia Reina

      Audiencia Reina
      Conveners: Dr Masao Kuriki (KEK), Sabine Riemann (Deutsches Elektronen-Synchrotron (DE)), Wei Gai (ANL)
      ECFA LC 2016 machine v8 FINAL.xlsx
      • 253
        Status of Target study for Undulator e+ source
        Speaker: Sabine Riemann (Deutsches Elektronen-Synchrotron (DE))
        RIEMANN_Sabine_ECFA16_radCooling_5.pptx
      • 254
        Target material tests with the electron beam at the microtron in Mainz
        Speaker: Dr A. Ignatenko
        Ignatenko_ECFA_v1-7.pdf
      • 255
        Contact Cooling Target R&D
        Speaker: Wei Gai (ANL)
    • ILD: ILD Status Riancho

      Riancho

      The ILD group will organise a dedicated 2.5 day meeting attached to the main ECFA 2016 meeting. To help us in planning please register in addition to the normal ECFA meeting for the ILD meeting under this link:
      ILD Registration
      The meeting will be available in Vidyo under
      https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=4ROLUhk68dwdyCjBTD8ie8kjTCc

      Convener: Ties Behnke (DESY)
      ILD Dinner.PNG
      • 256
        Status of ILD
        Speaker: Ties Behnke (DESY)
        ILD.pdf
      • 257
        Report from the physics coordinator
        Speaker: Keisuke Fujii (IPNS, KEK)
        fujiik20160603.pdf
      • 258
        Report from the technical coordinator
        Speaker: Claude Vallee (DESY/CPPM)
        report_TC_Santander.pdf
      • 259
        Report from the Software Coordinator
        Speaker: Frank Gaede (DESY)
        gaede_SWC_report.pdf
    • SID: General Baile

      Baile
      Conveners: Aidan Robson (University of Glasgow (GB)), Prof. Andy White (University of Texas at Arlington), Dr Marcel Stanitzki (DESY)
      Vidyo link
      • 260
        Introduction and Plans
        Speakers: Prof. Andy White (University of Texas at Arlington), Dr Marcel Stanitzki (DESY)
        intro.pdf
      • 261
        Vertexing, Tracking & Alignment
        Speaker: Dr Joel Goldstein (Bristol University)
        SiD_vtx_trk_santander16.pdf
      • 262
        ECAL & KPiX Status
        Speaker: Jim Brau (U. Oregon)
        SiD_EMCal_June2016_jb-SiD.pptx
      • 263
        HCAL Updates
        Speaker: Prof. Andy White (University of Texas at Arlington)
        HCal update.pdf
      • 264
        MDI & CFS News
        Speakers: Prof. Philip Burrows (Oxford University), Dr Thomas Markiewicz (SLAC)
        Sid-MDI.pptx
    • 16:00
      Break Hall

      Hall
    • ILC: Sources VI Audiencia Reina

      Audiencia Reina
      Conveners: Dr Masao Kuriki (KEK), Sabine Riemann (Deutsches Elektronen-Synchrotron (DE)), Wei Gai (ANL)
      ECFA LC 2016 machine v8 FINAL.xlsx
      • 265
        Disscussion
    • ILD: Central Design and Integration Riancho

      Riancho

      The ILD group will organise a dedicated 2.5 day meeting attached to the main ECFA 2016 meeting. To help us in planning please register in addition to the normal ECFA meeting for the ILD meeting under this link:
      ILD Registration
      The meeting will be available in Vidyo under
      https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=4ROLUhk68dwdyCjBTD8ie8kjTCc

      Convener: Karsten Buesser
      ILD Dinner.PNG
    • SID: IB Baile

      Baile
      Conveners: Aidan Robson (University of Glasgow (GB)), Prof. Andy White (University of Texas at Arlington), Dr Marcel Stanitzki (DESY)
      Vidyo link
      • 271
        Agenda
        Speaker: Philip Burrows (Oxford University)
    • SID: General Baile

      Baile
      Conveners: Aidan Robson (University of Glasgow (GB)), Prof. Andy White (University of Texas at Arlington), Dr Marcel Stanitzki (DESY)
      Vidyo link
      • 272
        FCAL Developments
        Speaker: Bruce Andrew Schumm (University of California,Santa Cruz (US))
        FCAL_T506_ECFA_06-16.ppt
      • 273
        News from LCCPDEB
        Speaker: Prof. Hitoshi Yamamoto (Tohoku University)
      • 274
        SiD & Z Pole Running Discussion
        Speakers: Dr Joel Goldstein (Bristol University), Dr Marcel Stanitzki (DESY)
    • ILD: ILD-IA meeting Riancho

      Riancho

      The ILD group will organise a dedicated 2.5 day meeting attached to the main ECFA 2016 meeting. To help us in planning please register in addition to the normal ECFA meeting for the ILD meeting under this link:
      ILD Registration
      The meeting will be available in Vidyo under
      https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=4ROLUhk68dwdyCjBTD8ie8kjTCc

      Convener: Jan Timmermans (Nikhef National institute for subatomic physics (NL))
      ILD Dinner.PNG
    • ILD: ILD Dinner Restaurante Mazón, Calle Hernán Cortés, 57, 39003 Santander

      Restaurante Mazón, Calle Hernán Cortés, 57, 39003 Santander

      Restaurante Mazón, Calle Hernán Cortés, 57, 39003 Santander

      The ILD group will organise a dedicated 2.5 day meeting attached to the main ECFA 2016 meeting. To help us in planning please register in addition to the normal ECFA meeting for the ILD meeting under this link:
      ILD Registration
      The meeting will be available in Vidyo under
      https://vidyoportal.cern.ch/flex.html?roomdirect.html&key=4ROLUhk68dwdyCjBTD8ie8kjTCc

      ILD Dinner.PNG
  • Saturday 4 June
  • Sunday 5 June
Powered by Indico v3.3.9-pre