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Physics
Applied and Interdisciplinary Physics
Fiber Optics
1. Introduction to Fiber Optics
2. Fundamentals of Light and Optics
3. Optical Fiber Structure and Materials
4. Types of Optical Fibers
5. Light Propagation Theory
6. Signal Degradation Mechanisms
7. Fiber Optic System Components
8. Fiber Optic Communication Systems
9. Fiber Optic Sensing Systems
10. Manufacturing and Processing
11. Installation and Deployment
12. Testing and Measurement
13. Advanced Topics and Emerging Technologies
Fundamentals of Light and Optics
Nature of Light
Electromagnetic Radiation Spectrum
Radio Waves
Microwaves
Infrared Radiation
Visible Light
Ultraviolet Radiation
X-rays
Gamma Rays
Wave-Particle Duality
Wave Properties
Particle Properties
Photon Concept
Light Wave Characteristics
Wavelength
Frequency
Amplitude
Phase
Polarization States
Coherence
Geometric Optics Principles
Light Ray Model
Laws of Reflection
Angle of Incidence
Angle of Reflection
Normal to Surface
Laws of Refraction
Snell's Law
Angle of Refraction
Interface Behavior
Refractive Index
Definition and Physical Meaning
Absolute Refractive Index
Relative Refractive Index
Wavelength Dependence
Temperature Dependence
Total Internal Reflection
Physical Mechanism
Critical Angle Calculation
Conditions for Occurrence
Evanescent Wave Formation
Applications in Waveguiding
Optical Power and Energy
Power Measurement Units
Intensity Distribution
Energy Conservation Principles
Power Coupling Efficiency
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3. Optical Fiber Structure and Materials