Workshop

DATE: 2004-04-05 - 2004-04-06
PLACE: KEK International center
TITLE: Mini-Workshop:Physics Simulation for LHC
CONTACT: Takahiko Kondo
LANGUAGE: English
URL: http://www-conf.kek.jp/phsimLHC
ABSTRACT: Motivations and Goals of this Mini-Workshop In 2007 the LHC construction completes and experiments on p-p collisions at 14 TeV starts. One can highly expect to discover not only Higgs particles but also new phenomena such as SUSY particles which would lead us into an eitirely new physics domain beyond the SM. It is extremely important not only to discover these particles but also to investigate deeply the properties of these new particles. The latter, however, requires accurate understandings of background processes. These studies, therefore, are important steps in extracting maximum physics outputs from the accelerator experiments at 14 TeV, the energy the humankind has never reached before. In fact, in past 2 - 3 years, event generators and QCD calculations have been rapidly progressing toward these goals. However, there still exists a wide gap between existing event genarators and thier practical applications for real data analyses, leaving many items to be solved. In order to promote studies in this direction, we hereby organize a nimi-workshop in which developers of various event generators as well as users, who wants to apply these event generators for LHC data analyses, get together and discuss problems that would bridge gaps between theoretical calculations and practical applications. For the 1st meeting of this mini-workshop, we are asking presentations by top leaders of the major event generators. In addition, in order to make the workshop useful and productive, we allocate ample time for discussion and forcus on the main important theme. Please refer this URL for more details. We are looking forward to receiving many applications to this new and forcused mini-workshop. Please fill the application form below and send it to phsimLHC¡÷kek.jp by March 12 (Monday). Mini-Workshop Organizers, Y. Okada, T. Uematsu, T. Kondo, Y. Kurihara and S. Asai

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