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OPTI-210 Physical Optics I | ||
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Physical Optics
Section 6: Light-matter interaction (Hecht 3.5,3.6.1-3.6.4)notes: Opti 210 Sec. 6 Additonal notes:... Light-matter interactions I Additonal notes:... Light-matter interactions II Beyond OPTI210::... Light-matter interactions III homework: Problem set 5: Wavelength-dependent refractive index (due: M, March 16). homework solutions: Problem set 5 solutions Problem Examples:... propagation in a uniaxial crystal beyond OPTI-210 (i.e. not required): Additional material: Plane wave propagation in uniaxial crystal. Section 7: Reflection and refraction at a dielectric interface (Fowles 2.6-2.9, Hecht 4.3-4.7)notes: Opti 210 Sec. 7 More EM-review:... Material interfaces, field continuity conditions Additonal notes:... Fresnel formulas Additonal notes:... Fresnel formulas, cont. Practice problems: Fresnel formulas and the same set with solutions homework: Problem set 6: Refraction, reflection, Snell, ... (due: W, Mar. 25). homework solutions: Problem set 6 solutions homework: Problem set 7: Dielectric interface and Fresnel (due: Mon. March 30). homework solutions: Problem set 7 solutions Section 8: Polarization (Hecht 8, Fowles 2.3-2.5)notes: Opti 210 Sec. 8 Additonal notes:... Polarization of light Additonal notes:... Jones calculus Additonal notes:... Faraday rotation: Simple oscillator model homework: Problem set 8: Polarization and Jones calculus (due: M, Apr. 6). homework solutions: Problem set 8 solutions
illustrations: Practice problems with solutions:... Polarization states in plane waves Practice problems with solutions:... Polarization vector bases Practice: Two ways of dealing with rotated elements, I Practice: Two ways of dealing with rotated elements, II
Midterm 2.NEW DATE: Monday April 13
Midterm review:Midterm practice test 3, with answers. Midterm practice test 4, with answers. This year Midterm 2, with answers.
Section 9: Interference (Fowles 4, Hecht9.6-9.7)notes: Opti 210 Sec. 9 beyond OPTI-210 (i.e. not required): Additional material: Tranfer matrix method for stratified structures Additonal notes:... Mach-Zehnder problem examples Additonal notes:... AR, HR coatings, Bragg mirrors Problem examples:... Fabry-Perot (w. solutions) Practice problems: Fabry-Perot with solutions homework: Problem set 9: Fabry-Perot (due: M, Apr. 27). homework solutions: Problem set 9 solutions Section 10: Fraunhofer diffraction (Hecht 10.2 & 10.2.1-10.2.6)notes: Opti 210 Sec. 10 notes: Opti 210 Sec. 10b Additonal notes:... Huygens-Fresnel principle, Fraunhofer vs Fresnel diffraction, ... Additonal notes:... 1D Fraunhofer diffraction, ... Something optional to read: Spot of Arago different diffraction integrals Something optional to read: Spot of Arago exact treatment Additonal notes:... 2D Fraunhofer diffraction, ... illustrations: Diffraction by multiple slits Practice problems: Fraunhofer diffraction with solutions Problem set 10: Fraunhofer diffraction (due: W, May 6). Additonal notes:... Fresnel diffraction, Fresnel zones, ... Additonal notes:... Diffraction integrals, Poisson bright spot, ... Practice problems: Fresnel zones with solutions beyond OPTI-210 (i.e. not required): Additional material: Fresnel diffraction at a straight edge.
Final review:Final practice I This document does not include answers. Final practice I answers See notes and homework for graphs. Final practice II Note: This document is without solutions. Final practice II with solutions The same mock test as above, but includes solutions. Final practice: Exam from '14 Here is a file with short answers. Final practice: Exam from '15 This doc has no solutions. Final practice: Exam from '15 Here the same, with brief answers. Final practice: Exam from '16 Note: This document is without solutions. Final practice: Exam from '17 Note: Answers included in this document. Final practice: Exam from '18 Note: This document is without solutions (which will be posted later). Final practice: Exam from '18 Here with short answers. Material below this line is for pre-view and is subject to change
Final.Monday May. 11, 10:30 am - 12:30 pm |
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