Useful Links
Physics
Foundational Physics
Optics and Waves
1. Fundamentals of Oscillations
2. Wave Fundamentals
3. Wave Behavior and Interactions
4. Mechanical Waves
5. Electromagnetic Waves
6. Geometrical Optics
7. Physical Optics
8. Modern Optics and Advanced Topics
Modern Optics and Advanced Topics
Laser Physics
Fundamental Principles
Spontaneous Emission
Stimulated Emission
Einstein Coefficients
Population Inversion
Laser Requirements
Gain Medium
Optical Pumping
Optical Cavity
Threshold Condition
Laser Characteristics
Monochromaticity
Coherence
Temporal Coherence
Spatial Coherence
Directionality
High Intensity
Laser Types
Solid-State Lasers
Ruby Laser
Nd:YAG Laser
Titanium-Sapphire Laser
Gas Lasers
Helium-Neon Laser
Carbon Dioxide Laser
Argon Ion Laser
Semiconductor Lasers
Diode Lasers
Quantum Well Lasers
Dye Lasers
Tunable Lasers
Pulsed Operation
Laser Applications
Communications
Fiber Optic Systems
Free-Space Communication
Medicine
Surgery
Therapy
Diagnostics
Industry
Cutting and Welding
Material Processing
Measurement
Research
Spectroscopy
Interferometry
Nonlinear Optics
Holography
Holographic Principles
Interference Recording
Wavefront Reconstruction
Phase Information Storage
Hologram Types
Transmission Holograms
Reflection Holograms
Volume Holograms
Surface Holograms
Hologram Recording
Reference Beam
Object Beam
Recording Medium
Coherence Requirements
Hologram Reconstruction
Illumination Requirements
Real and Virtual Images
Viewing Angles
Applications
Art and Display
Security Features
Data Storage
Interferometry
Fiber Optics
Total Internal Reflection Principle
Optical Fiber Structure
Core
Cladding
Protective Coating
Fiber Types
Step-Index Fibers
Graded-Index Fibers
Single-Mode Fibers
Multi-Mode Fibers
Fiber Parameters
Numerical Aperture
Acceptance Angle
Core Diameter
Cutoff Wavelength
Signal Transmission
Attenuation
Absorption Losses
Scattering Losses
Bending Losses
Dispersion
Modal Dispersion
Chromatic Dispersion
Polarization Mode Dispersion
Fiber Components
Connectors
Splices
Couplers
Amplifiers
Applications
Telecommunications
Internet Infrastructure
Medical Endoscopy
Industrial Sensing
Nonlinear Optics
Nonlinear Optical Effects
Second Harmonic Generation
Third Harmonic Generation
Four-Wave Mixing
Optical Parametric Amplification
Nonlinear Materials
Crystals
Glasses
Semiconductors
Phase Matching
Birefringent Phase Matching
Quasi-Phase Matching
Quantum Optics
Photon Concept
Wave-Particle Duality
Photon Energy
Photon Momentum
Photoelectric Effect
Experimental Observations
Einstein's Explanation
Work Function
Stopping Potential
Compton Scattering
Photon-Electron Collisions
Energy and Momentum Conservation
Quantum States of Light
Coherent States
Squeezed States
Entangled States
Applications
Quantum Cryptography
Quantum Computing
Quantum Sensing
Single-Photon Sources
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7. Physical Optics
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1. Fundamentals of Oscillations