CURRICULUM VITAE
PERSONAL DETAILS
Name: Salah Dablan HAMIEH
Birth date: 02-december-1973
Address: École Nationale Supérieure des Télécommunications,
46, rue Barrault - 75013 Paris.
E-mail: hamieh@enst.fr
Web page: http://www.kvi.nl/~hamieh/
Ph.: 0033619127824
EDUCATION
1997-2000 University of Paris XI, Orsay.
Ph.D. in science with Honors
Title: Hydrodynamic of quark-gluon plasma in heavy ions collisions:
strangeness evolution
Supervisor: Dr. J. Letessier
Address: Laboratoire de Physique Théorique des Hautes Energies,
LPTHE, Tour 24-14, 2 place Jussieu, 75252 Paris Cedex 05,
France.
E-mail: jletes@lpthe.jussieu.fr
Committee Member:
D. Schiff
M-P Comets
J. Lettessier
J.-Y Ollitrault
J. Rafelski
A. Touni
1996-1997 University of Paris XI, Orsay, DEA Champs, Particules, Matières
Director: Luc Valentin
1992-1996 Lebanese University Master 1 in general physics with Honors
EMPLOYMENT HISTORY
2001-2002
Postdoctoral Fellow/Research Associate in Quantum information
University of Lethbridge (Canada)
2002-2004
Postdoctoral Fellow in Nuclear Structure
Kernfysisch Versneller Instituut (Netherlands)
2004-2005
Postdoctoral Fellow in Condensed matter physiscs
Redboud University (Netherlands)
2005-2007
Teaching position at the Lebanese University
2007-present Postdoctoral Fellow in Nanoelectronics
Telecom Paris
VISITING ENGAGEMENTS
2000 Guest Scientist University of Arizona (USA)
2002 Guest Scientist GSI Darmstadt (Germany)
2003 Guest Scientist GSI Darmstadt (Germany)
2004 Guest Scientist GSI Darmstadt (Germany)
CURRENT RESEARCH INTERESTS
Nanotechnolgy
Nonequilibrium green fucntion (NEGF) formalism to study MOSFET carbone nanotube
transistor.
Transprort models for nanotube : Difusion formalism, Classical/Quantum Boltzmann
equation, NEGF
Simulation with VHDL-AMS of analog circuits using carbone nanotube transistor
High Energy Physics
Quark-gluon plasma: properties and dynamic
Strangeness enhancement in heavy ions collision Canonical and grand canonical
description
Analysis of SPS-CERN data in heavy ion collisions and modeling
Thermal quantum correlations in SU(2)/SU(3) color quarks states
Effect of the entanglement on the evaluation of the vacuum polarization due to the quark
and the gluon fields
Nuclear Physics
Study of the structure of unstable nuclei by light-hadron and electron in elastic, inelastic
(including giant resonance), and quasielastic scattering
Simulations for the task of detection systems and choice of beams and targets for
experiments with radio-active nuclei
Study of the quantum correlations with nuclear probes
The quantum teleportation effect in nuclear reactions
Macroscopic effect of the entanglement on the nuclear susceptibility
Quantum Information and quantum measurement
Classical Correlations in a Quantum System
Entanglement Distillation
Positive operator-valued measure optimization
Nuclear magnetic resonance quantum computer
Multiparty entanglement
Condensed matter
Perturbative approach/effective theory entanglement using pair distribution function in an
interacting electron gas
Quantum entanglement with quantum monte carlo simulation
Structure of the quantum phase transition in transverse Ising model
Thermal quantum correlations in many body physics
Experimental Nuclear Physics
Familiarity with the BBS (Big momentum Bite spectrometer) at the KVI
Computation
Familiarity with Linux System Administration
SUMMARY OF Ph.D. WORK
Quantum Chromo-Dynamics (QCD) predicts a new state of matter called the quark-gluon
plasma (QGP). In this state the quarks and gluons, the elementary constituent of strongly
interacting particles, behave almost as a `gas’ of particles. The experimental realization of
conditions that can favorite the formation of QGP is the premier goal of the ultra
relativistic heavy ion collisions at RHIC (Brookhaven). Later LHC (CERN-Geneva) is
planned to explore a broader range of conditions. The identification of the plasma is
challenging from experimental as well as from theoretical point of view. One should be
able to mark the plasma by a special tag to distinguish it from all types of matter
surrounding it and sharing it many features. In my Ph.D. I have shown, in a qualitative
study, that the enhancement of strange baryon and antibaryon, per participant nucleon,
observed by the WA97 collaboration at CERN is due to the QGP formation in the initial
phase of the collision. Then, I have constructed, a QGP equation of state justified by the
latest lattice QCD results. I have shown that physical properties of the fireball of dense
matter formed in this collision are well describe by this equation of state. After the
analyses of the experimental results, I have developed a hydrodynamic model based on
chemical non equilibrium of strange quarks and supercooling of plasma until a
temperature lower than the temperature of phase transition. This supercooling is followed
by a sudden explosion of the QGP fireball into free-streaming hadrons. The transverse
mass spectra and hadron production ratios we obtain are in good agreement with the
experimental results.
SOFTWARE EXPERIENCE
Codes used or developed
Having experience with codes like SHUCK3, MEFIT, MEFCAL, PAW++, NTUPOLE
etc…
Having familiar with GEANT4
Best codes developed:
Random developed for simulation of experimental cross section in electron scattering
SHASTA made for studying the relativistic evolution of the quark-gluon plasma
Software experience
Vastly Experienced with all kinds of computer related activities. Mainly well familiar
with the operating systems like VMS, WINDOWS, UNIX, LINUX
Having experience of computer programming in FORTRAN
Having familiar of computer programming in C++, HTML, BASH, perl and JAVA
Well educated with internet networking, protocols and software like VIM editor, EMACS
editor, powerpoint, xmgls, xmgr, xfig, gle, ftp, telnet, ssh, LaTeX, and many more...
Setting up Linux System Administration
Teaching experiences
2005-2007:
1.Quantum Physics, 3rd year undergraduate course ( Ref: Sakuray)
2.Nuclear Physics, 4th year undergraduate course (Ref: Crane and some
chapters from Greiner)
3.Particle Physics, 4th year undergraduate course (Ref: Martin and introduction
to field theory from Lebellac)
4.Condensed Matter, 4th year undergraduate course (Ref: Mahan)
4.Modern Physics, 1st year undergraduate course (Rinsky)
CONFERENCES
Rencontre de Physique des Particules 1998, LPTHE paris
Strangeness 2000, V International Conference on Strangeness in Quark Matter July 2025, 2000 Berkeley, California
Workshop on Radioactive-Isotope Physics KVI, February 19-22, 2003
2nd International Workshop on the Future Accelerator Facility for Beams of Ions and
Antiprotons, Darmstaft, October 14-17 2003
NUSTAR Workshop, Darmstaft, February 19-21, 2004
PRIZES and AWARDS
1997
Postgraduate Student Prize, Lebanese University
2002 Gold Medal given by the government of poland for our work on strangeness
enhancement shared with K. Redlich and A. Tounsi
REFEREEING FOR INTERNATIONAL PUBLISHING HOUSE
2004 Referee for Journal of Physics G: Nuclear and particle physics
PUBLICATIONS
REFEREED PAPERS AS SOLE AUTHOR
S. Hamieh
Polarization enhancement in d(p, 2He)n reaction: Nuclear teleportation, J. Phys. A:
Math. Gen. 37 (2004) L59-L61
S. Hamieh
Effect of the unpolarized spin state in spin-correlation measurement of two protons
produced in the 12C(d, 2He) reaction, J. Phys. A: Math. Gen. 37 (2004) 2777-2780
REFEREED PAPERS AS JOINT AUTHOR
S. Hamieh, M Katsneslon
Quantum entanglement dynamics and decoherence wave in spin chains at finite
temperature,
Phys. Rev. A 72, 032316 (2005)
S. Hamieh, A. Tawfik
Finite temperature quantum correlations in $SU(2)_c$ quark states and quantum spin
models
Acta Phys.Polon. B36 (2005) 801-815
S. Hamieh, R. Kobes, and H. Zaraket
Positive-operator-valued measure optimization of classical correlations,
Phys. Rev. A 70, 052325 (2004)
C. Polachic, C. Rangacharyulu, A.M. van den Berg, S. Hamieh, M.N. Harakeh, M.
Hunyadi, M.A. de Huu, H.J. Wortche, J. Heyse, C. Baumer., D. Frekers, S.Rakers, J.A.
Brooke, and P. Busch
Polarization correlations of 1S0 proton pairs as tests of Bell and Wigner inequalities,
Phys. Lett. A, 323, 176 (2004)
S. Hamieh, H.J. Wortche, C. Baumer, A.M. van den Berg, D. Frekers, M.N. Harakeh, J.
Heyse, M. Hunyadi, M.A. de Huu, C. Polachic, C. Rangacharyulu
Testing quantum correlations with nuclear probes,
J. Phys. G: Nucl. Part. Phys. 30 481 (2004).
S. Hamieh and H. Zaraket
Distillable entanglement of a mixture of maximally entangled states, quantph/0304107,15 April 2003,
J. Phys. A: Math. Gen. 36 (2003) L387-L391
S. Hamieh, J. Qi, D. Siminovitch, and M. K. Ali
Extracting Classical Correlations from a Bipartite Quantum System, quant-ph/0211006,
Phys. Rev. A67 044301, 2002
J. Letessier, G. Torrieri, S. Hamieh, J. Rafelski
QGP fireball explosion,
J. Phys. G27 : 427-438, 2001
K. Redlich, S. Hamieh, and A. Tounsi
Statistical Hadronization and Strangeness Enhancement from p-A to Pb-Pb Collisions,
J. Phys. G27: 413-420, 2001
S. Hamieh, J. Letessier et J. Rafelski
Quark-gluon plasma fireball,
Phys. Rev. C62 : 064901, 2000
S. Hamieh, K. Redlich et A. Tounsi
Canonical description of strangeness enhancement from p--A to Pb--Pb collisions,
Phys. Lett. B486 : 61-66, 2000
Submitted Papers
S. Hamieh, H.J. Wortche
Quantum teleportation effect
submitted to Phys. Lett. A
S. Hamieh
A nuclear physics test for Wigner inequality violation for mixed states
submitted to Phys. Lett.A
PAPERS IN PREPARATION OR REVISION
S. Hamieh, and N. Kalantar
Simulations of electron scattering for the future GSI facility (NIM paper)
S. Hamieh, H. Zaraket, and M. Katsnelson
Coulomb effect on the quantum entanglement in interacting electron gas at finite
temperature
S. Hamieh, and M. Tawfik
Entanglement lenght in Hadronic phase and a comparison with Na49
S. Hamieh
Multiparty entanglement and quantum mutual information (J Phys A)
NON REFEREED JOURNAL ARTICLES
S. Hamieh,
Extracting nuclear charge density and testing sensitivity by elastic electron scattering,
presented at the Workshop on Radioactive-Isotope Physics (KVI, February 19-22, 2003),
to be published
S. Hamieh, J. Letessier, J. Rafelski, M. Schoedter et A. Tounsi
Free energy of a hot quark-gluon plasma, hep-ph/0004016
S, Hamieh, C. Bertulani
g_s-factor quenching with quantum statistics, hep-ph/0410258
S. Hamieh, On the quark-gluon plasma search, hep-ph/0411205
WELL-KNOWN PAPER AT SLAC SPIRES
S. Hamieh, K. Redlich, and A. Tounsi
Canonical description of strangeness enhancement from p--A to Pb--Pb collisions, Phys.
Lett. B486 : 61-66, 2000
REFERENCES
M. Katsnelson
Dominique Schiff
Johann Rafelski
Mushin Harakeh
M.Katsnelson@science.ru.nl
Dominique.Schiff@th.u-psud.fr
Johann.Rafelski@cern.ch
harakeh@kvi.nl
LANGUAGES
Arabic, English, French