Courses

Vectors, Forces, Newton’s law of motion,Momentum., Torque, Gases, Fliuids Dynamics, Introd. to Electriciy, Introd. to Optics, Atomic Structure, Nuclear Radiation.
The student will be able to: -Define the Scientific Research - Use scientific resources. - Construct a research paper. - Present obtained results.. - Analyze data. - Practice scientific Research ethics. - Work in team..
Michelson + Fabry Perot, Zeeman Effect ,Kerr Effect + Farday Effect, Rydberg Constant + Ultrasound Waves , Microwaves X-Ray Experiment , Stefan Boltzmann Franck Hertz, Planck Constant, Absorption Spectrometer
Structure determination of materials usiing X-rays diffraction, Curie temperature and Curie-weiss constant for a dielectric materials, Study of temperature dependence of Hall constant, Carrier concentration and mobility for semiconductor materials...
Absorption and Emisss of a dye, Characteristics Measurements of High Power Laser Diode, Elemntal Analysis of a target by Laser Induced Breakdown Spectroscopy (LIBS) , Beam Properties Measurements of Laser Diode- Pumped Nd:YAG laser, Characteristics...
Propagation of EM waves in Dielectric wave guide Fiber optics (boundry conditions, phase and group velocity, attenuation and dispersion, cut off frequency, single and multimode fibers) Emitters (LED &laser diodes DH, QW, BDR, DFB, VCSEL’s) Laser...
Motion in a Stariaght Line,Vectors ( Components),Newton’s Laws of Motion,Work Energy and Power,The Mechanics of Nonviscous Fluids,Direct Currents,Mirrors, Lenses and Imaging Systems,Particle Propertis of Light ( The Photon),Nuclear Physics,Ionizing...
Laser Principles, Operational Lasers, Laser Beam Properties , Material and Scientific Applications of Laser, Industrial and Medical Applications of Lasers , Laser Safety
Introduction (Vectors),Motion in one dimension with constant acceleration, Motion in two dimension with application to projectile motion and circular motion, Newton’s Laws of Motion, Work and Energy, Potential Energy and conservation of Energy,...