OPTI 505 Lecture Spring 2005
(last update 5/7b/2005)
[Update History for this web site]
The most recent updates are highlighted in YELLOW.
5/7b/05
5/7/05
4/28b/05 (added results for Exam 2)
4/28/05
4/26/05
4/22/05
4/12/05
4/8/05
4/6/05
4/1/05
3/25/05
3/21/05
3/10/05
3/8/05
2/28/05
2/21/05
2/18/05
2/11/05
2/7/05
2/4/05
2/2/05b
2/2/05
1/28/05
1/20/05
1/15/05
1/14/05
1/13/05
[CLASS NOTES]
[Introduction]
[Chapter 1]
Chapter 1- Mathematical Review
Chapter 1- Introduction- Slides
[Chapter 2]
Chapter 2 - Maxwell's Equations - Text
Chapter 2 - Maxwell's Equations - Slides
(This chapter's notes may be difficult to download directly. Select 'save target as' and view separately if you have trouble.)
[Chapter 3]
Chapter 3 - Solutions to the wave equation - Part A
Chapter 3 - Solutions to the wave equation - Part B
Chapter 3 - Polarization examples
Program: TG_Fixedanalyzer_rotQWP.m
Program: TG_Rotananalyzer_noQWP.m
[Chapter 4]
Chapter 4 - Basic Interference - Part A
Chapter 4 - Basic Interference - Part B
Chapter 4 - Basic Interference - Part C
Chapter 4 - Originals for Moire patterns
Movie: Combination of two plane waves, same direction, same wavelength
Movie: Combination of two plane waves, opposite direction, same wave length
Movie: Combination of two plane waves, same direction, different wave lengths
Movie: Combination of two plane waves, opposite directions, different wave lengths
Movie: Expanding spherical wavefront - position 1
Movie: Expanding spherical wavefront - position 2
Movie: Combination of expanding spherical wavefronts - wavelength a
Movie: Combination of expanding spherical wavefronts - wavelength b
Movie: Combination of expanding spherical wavefronts - wavelengths a + b
[Chapter 5]
Chapter 5 - Coherence - New Notes
Chapter 5 - Coherence - New Slides
Chapter 5 - Fringe Localization - New Notes
Chapter 5 - Fringe Localization - New Slides
Chapter 5 - Errata for Ch 5.1
[Chapter 6]
Chapter 6 - Basic Classical interferometers
Chapter 6 - Jim's Paper on Fringe Localization
[Chapter 7]
Chapter 7 - Multiple-Beam Interference
[Chapter 8]
[Chapter 9]
Chapter 9 - Direct-Phase Measurement
[Chapters 10, 11, 12, 13]
Diffraction - Part A Errata pp. 1-30
Diffraction - Part A Revised Errata
Diffraction - Part A More Errata
Diffraction - Add'l Errata for Sec 6.3
Catalog of Near-Field Diffraction from a Circular Aperture
[Chapter 14]
[Chapter 15]
Transfer Function - Kohler Illumination
Transfer Function - Luminous Sources
[Chapter 16]
[Chapter 17]
[Homework]
Homework 1 (due 1/20/05) Work all four problems
Homework 2 (due 1/27/05) Work any three problems
Homework 3 (due 2/3//05) Work any three problems
Homework 4 (due 2/10/05) Work any three problems
Homework 5 (due 2/17/05) Work any three problems
Homework 6 (due 2/24/05) Work any three problems
Homework 7 (due 3/11/05) Work both problems
Homework 8 (due 3/25/05) Work any four problems
Homework 9 (due 3/31/05) Work any two problems
Homework 10 (due 4/7/05) Work any two problems
Homework 11 (due 4/14/05) Work any three problems
Homework 12 (due 4/28/05) Work any three problems
Homework 13 (due 5/4/05) Work any three problems
[Tests]
[Extra Notes]
Practice Problems for Diffraction
Practice Problems for Holography and Speckle
Off-Axis Fresnel Zone Matlab Demo
Off-Axis Fresnel Zone Plate Matlab Demo
Off-Axis Fresnel Zone Edge Matlab Demo
[Notices]
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5/7b/05
FINAL EXAM:
Problem 5 parts (d) and (e) should read:
d.) ... overlaps the m = 2 order of the l = 1 mm component?
e.) ... between the wavelength found in (d) and l = 1 mm ...
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5/7/05
FINAL EXAM:
Problem 3 has a missing j in the exponent of the point source field.
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4/28/05
The final exam will be a 48-hour take-home exam. You will be
able to pick up the exam from room 642 starting at 4:00 pm on
Friday, May 6. If you choose to work the exam over the weekend,
you must drop it off under my office door (room 640) by 5:00 pm
on Sunday evening, May 8. The last time to pick up the exam is
5:00 pm on Wednesday, May 11. You can
use any reference material you like, except another person.
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4/28/05
EXAM 2 REWORK: You can rework missed problems from
Exam 2 and turn them in to me for partial credit. The procedure
is to completely rework each missed problem, showing all of your
work. Then, turn in the reworked problems with your original
exam to me by class time on Tuesday, May 3. If the problem is
reworked correctly, you will receive credit for half of the missed
points.
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Test 2 Results:
AVG = 66.9
STD = 16.4
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4/08/05
For Exam 2, you can use two pages of notes for the otherwise
closed-book exam. Use only one side of each page.
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4/06/05
Exam 2 will be given on April 19. It will be an in-class exam
covering Sections 8-13 and part of Section 7.
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3/10/05
If you scored lower than 80% on Test 1, I will give
you the opportunity for some extra credit. If interested, please
write me an email.
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3/10/05
The corrected Figure 6.3 is shown below.
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03/08/05
Sorry about the late posting of HW 7. There are only two
problems due on FRIDAY.
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03/08/05
TEST 1 stats -
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02/28/05
REMINDER: We will have a guest lecture tomorrow by Prof.
Jim Wyant over Chapter 9.
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02/28/05
REMINDER: Test 1 will be given this Thursday in class. It will cover
Sections 1-7, through Slide 7-13 (Scanning FP). You can bring
one page of notes on a regular paper, single side.
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Please see the update to slide 3B-9 as shown below:
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02/18/05
Test 1 will be given on MARCH 3 (NOT March 1, as is listed
in the schedule). It will be closed notes, except for one side of
an 8.5x11" paper and your calculator.
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02/18/05
I will be on travel Feb 28-March4, so see me next week (Feb 21-
25) if you have any questions before the test.
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02/04/05
The old notes have been removed from Chapter 5.
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02/04/05 You can
check out HW solutions in Pat Gransie's office (Room 642) the
day after you turn in the HW sets. You should copy the solutions
and return the originals to Pat's office within one hour.
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02/2/05b
I am sorry, but I accidentally put older notes in Chapter 5. The
older notes are labeled with 'Part A'. The newer notes are now
posted correctly.
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HW 1 typos: (If you downloaded the HW before 1/15/05)
1.) cyl(x) is the same as circ(x)
2.) In problem 4c, it should read:
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The grader for the course is Tao Chen.
Office hours: Monday 10:00 am until noon in cubicle 615
email: chentao@email.arizona.edu
Phone: 621-4727