Session

Session 1: Introduction

11 Oct 2016, 13:30
Amphi Gregory (Ecole Polytechnique)

Amphi Gregory

Ecole Polytechnique

Route de Saclay 91128 Palaiseau France

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  1. Arnd Specka (Ecole Polytechnique France - CNRS/IN2P3)
    11/10/2016, 13:30

    The goals of the workshop will be briefly outlined.
    The structure of the workshop will be presented.
    Announcement on practical details will be made.

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  2. Paul Andreas Walker (DESY)
    11/10/2016, 13:55

    The talk will introduce the current study concept of EuPRAXIA. It presents much of the outcome of discussions and meetings over the last year, condensed into flow diagrams and technical tables. These will define the preliminary study version of EuPRAXIA. Input from the PAEPA workshop will be incorporated into these tables and diagrams at the end of the workshop, to include HEP user cases in...

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  3. Ralph Wolfgang Assmann (DESY)
    12/10/2016, 09:00

    The Horizon2020 Design Study EUPRAXIA is introduced. Presently foreseen electron beam and laser parameters are summarised.

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  4. Alban Mosnier
    12/10/2016, 09:30

    Introductory talk on (Laser) Plasma Acceleration : after a short review of the basic principles, the state-of-the-art will be presented with emphsis on the injection and staging issues. Last, the expected and achieved properties of the extracted electron beams will be discussed.

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  5. Mihaly Andras Poscay
    12/10/2016, 10:15

    The importance of the laser and plasma based accelerators is well known. The tuning of the laser and plasma parameters is the crucial point of this technology. Earlier we already have done numerical simulations to determine the beam parameters of a laser driven plasma based electron accelerator, i.e. the parameters of both the laser beam and the victim electron bunch [1]. In a latter study, we...

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