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Nabil Ghodbane
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| 1997-2000: | Ph.D. in High Energy Physics at Institut de Physique Nucleaire de Lyon . |
| 1997-1999: | Techniques Informatiques pour Scientifiques (TIS) at Universite Claude Bernard de Lyon I (OOP, Networking) |
| 1994-1997: | Magistere des Sciences de la Matiere at Ecole Normale Superieure de Lyon. |
| 1992-1994: | D.E.U.G. in Mathematics at Universite Claude Bernard de Lyon. |
| June 1992: | Baccalaureat C , Lycee Colbert. |
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12/2007-: |
Research associate paid by CNRS/IN2P3 with the Laboratoire de Physique Corpusculaire as home laboratory.
I work on the top quark physics at ATLAS, focusing mainly on top quark reconstruction, jet algorithms, and in-situ light jet calibration (link). |
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11/2005-11/2007: |
Research associate at the Max-Planck-Institut for Physics
I was involved in the integration of the Silicon Central Tracker (link), one of the three inner detector components at the ATLAS experiment at CERN. In parallel, I worked on the top quark physics at ATLAS comparing various jet algorithms (Cone, Kt) for jet reconstruction and top mass measurement optimization (link). |
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11/2003-10/2005: |
CERN Research Fellowship with the ATLAS experiment.
I worked in the ATT group in the integration of the Transition Radiation Tracker (TRT): TRT readout, FE electronics testing, software development. |
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11/2000-10/2003: | Fellow with the FLC group at DESY. During this first Postdoctoral experience, I worked on Research and Development with Time Projection Chambers focusing mainly on Data Acquisition systems for the TPC (TPC), CVD diamond based detectors (CVD) and Supersymmetric particle searches at Colliders, looking at complementarity between a Linear collider and the LHC (SUSYGEN). |
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10/1997-10/2000: |
I wrote my Philosophical Dissertation (Ph.D.) Thesis at Institut de Physique Nucléaire de Lyon (IPNL) (10/1997 - 10/2000) and the two
fields I had to investigate were first the calculation of the helicity amplitudes for the production and decay of
supersymmetric particles at linear colliders like TESLA. The scope being to study spin correlation effects and SUSY phases.
In parallel to this first project, I developed a Neural Network analysis to search for the production of supersymmetric particles
(SUSY) at the DELPHI experiment at LEP, the
electron-positron ring accelerator at CERN.
The manuscript, written in French (Francophonie et rayonnement de la langue de Molière obligent), can
be downloaded as a PDF document at this link:  .
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