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Mohamed Sidoumou
PeerJ Author
135 Points

Contributions by role

Author 135

Contributions by subject area

Crystallography
Theoretical and Computational Chemistry
Transition Metal Chemistry

Mohamed Sidoumou

PeerJ Author

Summary

I graduated with a Ph.D. degree from France, in 1993 (Université de la Méditerranée – Marseille ), in Material Science. Since then I have been involved in teaching, research, theses supervision, academic advising and curriculum development.
I have taught a variety of courses in France, Italy, Algeria and Saudi Arabia, ranging from:
Physics, Mathematics, Statistics, C++, Basic Electricity, Electrical Network Theory, Electronic Devices, Electronic Circuits, Electrical Engineering, Electronic and Crystalline Structure of Materials, Solid State Physics.
My primary area of research is Material Science (Surface Science: Experimental and Theoretical).
I am interested in Software Development and Computer Aided Learning as well.
I have also been extensively involved in Curriculum development. I participated in developing graduate and undergraduate curricula.

Alloys Crystallography Electronic, Optical & Magnetic Energy Materials Graphenes & Fullerenes Semiconductors Superconductors Theoretical & Computational Chemistry Thin Films Transition Metal Chemistry

Work details

Professor

University blida1-Algeria
January 2021
Physics
Prof. Mohamed Sidoumou (Lab Head), PhD THeoretical Physics and Radiation Matter Interaction Laboratory Email Lab : [email protected] Email : [email protected]; [email protected]; [email protected] Mobile : 0666648630 First Name: Mohamed Last Name: SIDOUMOU Academic rank: Professor Degree: PhD University: Blida1 - Algeria Faculty: Science Department: Physic Major : Materials Science Minor : Electronic and Crystalline Structure of Surfaces, Interfaces and Thin Films. Prediction of new materials with new properties using Computational and calculation Methods. Low Dimensional Materials (Molecules, Surfaces, Nano) Methods: - Experimental - Computational and Calculation. - Simulation

PeerJ Contributions

  • Articles 1
March 30, 2021
X-ray diffraction and theoretical study of the transition 2H-3R polytypes in Nb1+xSe2 (0 < x < 0.1)
Mohamed Sidoumou, Soumia Merazka, Adrian Gómez-Herrero, Mohammed Kars, Roisnel Thierry
https://doi.org/10.7717/peerj-ichem.2