المواد الدراسية
Introduction to various numerical programming and visualization softwares,Numerical integration (basic integration schemes, stochastic methods for multidimensional integrals), Numerical solutions of differential equations (classical equations of...
Introduction to optical properties of materials, the complex dielectric function, the complex refractive index, Lorentz oscillators, dispersion, birefringence, Interband absorption, excitons, Luminescence, Quantum wells, Metals, doped semiconductors...
General review of free electron theory, electron – electron interaction, electron –phonon interaction.
Magnetism in solids : diamagnetic, paramagnetic and ferromagnetic materials, magnetic resonance.
Introduction to Superconductivity and its...
Magnetic field in free space and matter, magnetic quantities and units, types of magnetism. Spin and atomic magnetism. Quantum mechanics of magnetic properties. Interaction of spins. Exchange interactions. Itinerant electrons and localized...
Classical models for the electronic properties of metals: Drude and Sommerfeld models. Quantum mechanics of particles in periodic potentials (Bloch's theorem). Band structure models: Nearly Free and Tight Binding electronic models. Semiconductors...
Band theory for metals, semiconductors and insulators - Properties of metals, semiconductors and insulators – Transport theory - Magnetic properties superconducting materials – Photovoltaic and thermoelectric effects – Interaction of radiation with...
Crystalline and amorphous solids – Metallic, semiconducting and insulating materials – Crystal growth – Thin films – Nanoproperties – Phase change in solids and phase diagrams – X-ray diffraction – Elemental analysis – Preparation of alloys and...
This course aim is to guide the student to perform scientific project in selected areas of theoretical or experimental Physics and to train him/her to write a scientific report using the necessary references.