Laser Electronics
- Introduction, Light nature and properties, Light-matter interactions
- , Einstein relations, Black body radiation, Optical amplifications, Population inversion, Pumping
- Fabry-Perot resonant filter
- .International Year of Quantum Science and Technology, 2025:
Theory: Bohr Atomic model, Quantum-Mechanics postulates,Band theory, K.P. model, Tightly Bound Model, Estimation of Effective mass Tensor
- Bloch theory, Brillouin zones, Exitons
- Laser Types, Semiconductor lasers, Silicon lasers, Transistor lasers,DFB lasers,Tunable lasers
- rate equations, lasers'output power estimation, Q-factor, Brightness, Beam divergence
- , Q-switching, Mode locking, Ultra-fast laser pulses
- Carbon Nanotubes applications in laser fab.,LED, Fiber Optics Ray and Wave-Analysis
- Introduction to Fourier Optics,Spatial Fourier transforms,Fresnel and Franhaufer diffractions,Lens optical properties
- Optical Correlators,Optical match filtering,Applications in Fourier Optics
- Optical detection, Laser applications in Metrology, industry, medicine, Sagnac effect, laser and fiber Gyroscope