Reading and Problem Assignments

Eugene Hecht, Optics, 4th ed. (Addison-Wesley, 2002).
Theme 1: Wave Motion
Reading: Chapter 2.1-2.4, 2.7-2.10
class notes
notes on complex numbers
Homework 1A
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Homework 1B (corrected; due date moved to May 17)
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Theme 2: Electromagnetic Waves in Free Space
Reading: Chapter 3
Essential content: pp. 36-50, 56-58, 66, (73-80)
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Homework 2: Hecht, Ch. 3: 7, 24, 31, 38, 46 (due May 18)
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Theme 3: Electromagnetic Waves in Matter
Reading: Chapter 4, Chapter 5.6
Essential content: pp. 86, 95-104, 111-124, 193-196
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Homework 3
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Theme 4: Optical Imaging
Reading: Chapter 5.1-4, 5.7, Chapter 6.1.
Essential content: pp. 149-169, 175-185, 201-222, 243-246
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Homework 4A: Hecht, Ch. 4: 25; Ch. 5: 12, 24, 25, 58, 61 (due May 25)
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Homework 4B: Hecht, Ch. 5: 36, 37, 40, 65, 84  (due May 30)
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Theme 5: Vector Calculus and Conservation Laws
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Theme 6: Sources of Electromagnetic Waves; Electromagnetic Waves in Matter Revisited
Reading: Chapters 2.5-2.6, 3.4-3.5, 7.1-7.2, 7.4, 11.1-11.2
Essential content: pp. 21-24, 58-63, 67-73, 128-131, 296-299
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Homework 5A: Hecht, Ch. 3: 21; Ch. 4: 2
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Homework 5B uses data from the file mysterymetal.txt
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Theme 7: Waves in Confined Geometries: Waveguides and Cavities
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Homework 6 (due June 14)
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Theme 8: Interference
Reading: Chapter 9.1-9.7
Essential content: pp. 385-389, 393-396, 400-403, 407-411, 416-425
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Homework 7: Hecht, Ch. 9: 12, 14, 18, 34, 36, 47
Additional problem: Using the Fresnel equations for the amplitude reflection and transmission coefficients at each surface, and taking into account the phase difference for the first two reflections, calculate the fraction of light intensity that is reflected at normal incidence for the thickness that you have chosen in Hecht 9.47. How does this compare to the intensity reflected from the "bare" lens, without the cryolite film?
(due June 16)
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Theme 9: Diffraction
Reading: Chapter 10.1-10.2
Essential content: pp. 443-444, 447-460, 464-474, 476-481
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Homework 8: Hecht, Ch. 10: 2, 8, 18, 22, 26, 28, 33. Be as quantitative as possible in answering problem 18 by estimating the relative length, width, and separation of the apertures. (due June 21)
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Theme 10: Polarization and Crystal Optics
Reading: Chapter 8.1-8.12
Essential content: pp. 325-330, 331-358
class notes
I recommend the program EMANIM (not the rapper), written by András Szilágyi, which provides instructive 3-D animations of a number of optical phenomena, including polarization effects.
Homework 9: Hecht, Ch. 8: 1, 12, 31, 35, 39, 42. (due June 23)
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Theme 11: Fourier Optics
Reading: Chapter 11