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   3.Faculty of  Engineering, Ain-Shams University

             (&some Egyptian Universities)                             

1.                    [1]Modern Physics:

·                      The necessity for the quantum theory.

·                      Elementary quantum theory.

·                      Statistical Physics.

·                      Electrical properties of solids.

·                      Semiconductors.

·                      Thermal properties of solids and lattice vibrations.

·                      Atomic processes induced by incident radiation.

·                      Nuclear Physics.

2.                  [2]Properties of  Matter:

          ·          Units and Dimensions.

          ·          Mechanics (rotational motion and moment of Inertia).

          ·          Strength of Solids.

          ·          Hydrostatics and surface tension.

          ·          Hydrodynamics and viscosity.

3.                  [3]Electricity:

          ·          Electrostatics.

          ·          Gauss’s law.

          ·          Direct electric current.

          ·          Basic circuit theory.

          ·          Alternating current circuits.

4.                  [4]Solid State Physics:

        ·          Crystal structure.

        ·          Lattice vibrations and quantum theory of atomic vibrations.

        ·          Electrical properties of metals.

        ·          Electronic properties of semiconductors (intrinsic and doped).

        ·          Superconductivity and Josephson effect.

        ·          Magnetic properties of solids.

        ·          Mechanical properties of solids.

5.                  [5]Quantum Mechanics:

        ·          An introductory concepts.

        ·          The meaning of Eigenfunction and Eigenvalue.

        ·          The Schrodinger equation.

        ·          The Harmonic oscillator.

        ·          H-atom.

        ·          The physical meaning of spin.

        ·          Time-independent perturbation theory.

        ·          Time-dependent perturbation theory.

6.                  [6] Mesoscopic Physics and electronic properties of nanodevices: (For postgraduate students ( M.Sc. & Ph.D.))

        ·          Length scale characterizing Mesoscopic systems.

        ·          Semiconductor heterostructure and the 2DEG.

        ·          Quantum dots and its fabrication.

        ·          Electronic properties of quantum dots and shell filling  & spin effects.

        ·          Optical properties of quantum dots and electron-photon interaction.

        ·          Quantum dot laser.

        ·          Quantum Hall effects.

        ·          Quantum effect devices.

        ·          Spintronics and introductory concepts of quantum computing.