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1 |
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Course Overview,
Maxwell's Equations,
Wave Equation |
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2 |
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Polarization States,
Geometric Optics (Lenses and Mirrors),
Ray-Matrix Methods,
Magic Sheet,
Linear Polarizer |
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Reflection, Total Internal Reflection,
TE and TM waves,
Brewster's Angle,
PS#1 Issued |
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Lab #1:
Laser, Eye, and High-Voltage Safety,
Polarization and Reflection Experiments |
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3 |
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Two-beam Interferometry,
Michelson and Mach Zhender Interferometers |
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Multiple Beam Interferometry,
Oil Film on Water, and Soap Bubble Demos
PS#2 Issued |
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Lab #2:
Interferometry |
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4 |
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Fresnel and Fraunhofer Diffraction, Spatial Frequency
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Diffraction examples:
Slits, Apertures, Double slit,
Diffraction Demos
PS#3 Issued |
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5 |
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Holography as an Example of Diffraction, Recording Media |
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Transmission and Reflection Holography,
Demo of Various Transmission and Reflection Holograms
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Lab #3:
Diffraction from Various Objects, Viewing and Fabricating Various Holograms |
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6 |
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Propagation in Anisotropic Materials, Electro-optic Light Modulation
PS#4 Issued |
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Acousto-Optic Modulation,
Raman-Nath and Bragg modulators
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Lab #4:
EO and AO modulators |
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7 |
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Quiz 1 |
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8 |
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Lasers:
Spontaneous and Stimulated Emission,
Gain
PS#5 Issued |
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Lasers:
Oscillation Frequencies,
Output Power,
Scanning F.P. Demo |
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9 |
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Lasers:
Cavity Stability,
Transverse Modes |
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Lasers:
Specific Lasers (Semiconductor, NdYAG, He-Ne, Argon-ion),
Laser Demos |
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Lab #5:
Lasers |
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10 |
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Optical Waveguides,
Numerical Aperture,
TE and TM Modes,
Ray optics methods |
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Types of Dispersion,
Wave-Optics Analysis |
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11 |
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Fibers:
Step index,
Graded index,
Dispersion Compensation,
PS#6 Issued |
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Fibers:
Modern fiber-optic Telecom Systems,
WDM |
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Lab #6:
Fiber-optics |
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12 |
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Fourier Optics:
Transforming Properties of Lenses
Final Projects Begin |
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Classical Two Lens Processor,
Demo of CTLP,
PS#7 Issued
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13 |
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Quiz 2 |
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14 |
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Detectors:
Thermal and Quantum Types, NEP, D, D*,
Specific Detector Types |
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Nonlinear Optics,
SHG Demo |
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15 |
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LAST CLASS:
Final Projects Due,
Final Projects Presentation |
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Lab Clean-up Day |
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