19–23 Apr 2004
Le Carré des Sciences, Paris- France
Europe/Zurich timezone

Session

Tracking and vertexing: Simulation studies

22 Apr 2004, 08:30
Le Carré des Sciences, Paris- France

Le Carré des Sciences, Paris- France

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  1. Nikolai Sinev
    22/04/2004, 08:30
    I am working on the simulation of CCD output (signals from individual pixels), which should be included in the full detector simulation in the JAS. This can give the ideas about limits and optimization of the CCD based vertex detector in the spatial resolution, tracks separation, readout speed and so on. It also allows better understanding of the impact of vertex detector parameters on...
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  2. Chris Damerell
    22/04/2004, 08:45
    At the US LC workshop held at SLAC in January 2004, it became clear that the SLC experience with beam-related pickup could have important consequences for the vertex detector at the future LC. There are major differences for the warm and cold machine, and for different detector technologies. We review the current thinking in the light of these discussions, and consider pointers to...
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  3. Steve Wagner
    22/04/2004, 09:00
    We have studied pattern recognition in a variant of the proposed SD detector where the outer 5 layers (r=20-125 cm) have axial-only strips. The purpose of these studies is to determine if this detector, combined with a fully 3D (CCD) inner tracker, is sufficient for the reconstruction of tracks in the dense core of jets. Using standard algorithms, track finding efficiencies are presented for...
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  4. M. Battaglia (LBL)
    22/04/2004, 09:15
    The concept of a large volume detector with continuous 3d tracking and granular calorimeters contained in a solenoidal magnetic field offers many desirable features for the linear collider. The design optimisation aims at reviewing its detailed design, assessing its physics performances for benchmark processes and identifing detector requirements to be supported by dedicated R&D activity. The...
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  5. Daniel Peterson
    22/04/2004, 09:30
    Linear collider detector designs considered in the North American study include two technologies for the central tracking system: a TPC and an all-silicon tracker. These designs must be evaluated in terms of track reconstruction efficiency and resolution. Performance in these quantities determines the ability to successfully analyze complex events. In particular, superior tracking performance...
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  6. Andre Sopczak
    22/04/2004, 09:45
    The influence of varying the vertex detector design on searches for scalar top quarks at the Linear Collider have been studied. The benchmark reaction depends on the c-quark tagging capabilities of the detector design. The influence of the material thickness of the detector layers, and the number of sensitive layers has been considered.
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