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OPTI 586L
Polarization in Optical Design Lab (1 unit).
Practice in computing and interpreting polarization effects in optical systems.
Fresnel and thin film equations. Birefringent interfaces. Liquid crystal cells.
Diffraction gratings. Polarization ray tracing. Polarization aberration function.
Must be taken concurrently with OPTI 586.
Meeting Times:
Lab: M 9:30 to 10:20 | Room 305
Lab Instructor:
Greg Smith, Assistant Research Professor
College of Optical Sciences, Room 743
The University of Arizona
1630 East University Boulevard, Meinel Building
Tucson, AZ 85721
Phone: 520-626-9096
Email: gasmith@u.arizona.edu
Units: Lab (1)
Course Outline:
- Polarization Effects at Reflecting and Refracting Interfaces.
Fresnel equations. Multilayer film polarization.
- Polarization Ray Tracing.
Cascading polarization effects through systems. Polarization
aberration function.
- Polarization Aberrations Examples.
Uncoated lens. Fresnel rhomb.
- Polarization Models. Anisotropic materials and interfaces.
Birefringent ray tracing. Biaxial multilayer films. Rigorous
coupled wave analysis.
- Realistic Polarization Elements. Waveplates. Crystal
polarizers. Liquid crystal cells. Diffraction grating polarization.
In class practice in the computation of polarization effects when light
propagates through optical systems. The interpretation of the resulting polarization
aberrations. Mathematica routines will be used in class by groups of students for
simulation of the polarization properties of optical interfaces and optical systems.
Use of Mathematica is required, but proficiency not expected at the beginning of the
semester. Relevant Mathematica code will be distributed or made available over the
web. Distance learning students must participate via telephone sessions.
Grading:
- In class assignments: 50%
- Homework: 30%
- Projects: 20%
- No final exam: 0%
Textbook: None
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