M. REDOUANE SALAH Essma

Prof

Directory of teachers

Department

Departement of Physics

Research Interests

High Energy Physics, Particle Physics, Quantum Chromodynamics Physics

Contact Info

University of M'Sila, Algeria

Email : essma.redouane@univ-msila.dz

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Recent Publications

2023-06-16

Mont Carlo Efficient phase space generator

Phase space integration is essential for collider experiments calculations, however, the phase space of the final-state particles is huge and of a variable number of dimensions, for large numbers of partons it is impossible to integrate the Phase space due to the effects of inelasticity and multiplicity. These effects need to be modeled and incorporated into computer simulations using Monte Carlo techniques
Citation

M. REDOUANE SALAH Essma, (2023-06-16), "Mont Carlo Efficient phase space generator", [international] CFNS-CTEQ Summer School on the Physics of the Electron-Ion Collider , USA

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2020-09-08

Study of QCD and jets at LHC collider

Study of quantum Chromodynamics radiation and jets at high energy colliders
Citation

M. REDOUANE SALAH Essma, (2020-09-08), "Study of QCD and jets at LHC collider", [international] The 10th QCD@LHC Workshop , Organized by CERN (Geneva) and broadcasted via Zoom

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2020-07-24

Monte Carlo phase space integration

Effecient phase space integration is important for some calculations in collider physics.
Citation

M. REDOUANE SALAH Essma, (2020-07-24), "Monte Carlo phase space integration", [national] J. Phys.: Conf. Ser , IOP

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2020-01-08

Quantum Chromodynamics and Collider Physics

Quantum Chromodynamics and Collider Physics
Citation

M. REDOUANE SALAH Essma, (2020-01-08), "Quantum Chromodynamics and Collider Physics", [international] M’sila first high Energy Physics Graduate workshop , M'sila

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2019-09-22

Phase Space Integration for Initial State Radiation In Hadronic Interaction

Phase Space Integration for Initial State Radiation In Hadronic Interaction
Citation

M. REDOUANE SALAH Essma, (2019-09-22), "Phase Space Integration for Initial State Radiation In Hadronic Interaction", [international] The 24th International Workshop on High Energy Physics and Quantum Field Theory (QFTHEP 2019) , Sochi, Russian Federation.

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