mainly from Pedrotti but other sources will be considered for certain topics. Only
two problems will be ... the end the homework with lowest grade will be dropped.
ADVANCED OPTICS II, PHYC/ECE – 554, UNM Spring 2009 Instructor: Mani Hossein-Zadeh Office hour: Wednesday 10-12 or by appointment Office: CHTM 116A E-mail:
[email protected] Phone: 505-272-7845 Main text book: “Introduction to Optics”, 3rd edition. F.L. Pedrotti, L.S. Pedrotti, L.M. Pedrotti Other references: 1-“Introdution to Fourier Optics”, Joseph W. Goodman, 3rd edition. 2-“Optics”, Miles V. Klein and Thomas E. Furtak, 2nd edition. 3-“Optics”, Eugene Hecht, 3rd edition 4-“Principles of Optics”, Max Born and Emil Wolf, 6th edition Topics: 1- Diffraction Theory 2-Fourier Optics 3-Holography 4-Coherence 5-Polarization 6-Introduction to Nonlinear Optics 7-Optical Modulation 8-Aberation Theory 9-Multilayer Films 10-Fresnel Equations Home work There will be one homework due per week. Each assignment consists of 4-8 problems/questions (depending on the level of difficulty). The problems will be chosen mainly from Pedrotti but other sources will be considered for certain topics. Only two problems will be randomly graded and the rest will be checked to ensure that reasonable attempts have been made for all problems. Each homework has 30 points (10 points for each corrected problem and 10 points for the rest). There will be 12 homework sets. At the end the homework with lowest grade will be dropped. So homework assignments will have 330 points total (11×30)
Grade 33 % Home works 25 % Midterm exam 42 % Final exam
Tentative schedule Jan Tu-20Æ Diffraction : Review and Introduction (1) Th-22Æ Diffraction : Fresnel Diffraction (2) P-1 Tu-27Æ Diffraction : Fresnel Diffraction (3) Th-29Æ Diffraction : Foundation of Scalar Diffraction Theory (4) P-2 Feb Tu-3Æ Diffraction : Fresnel and Fraunhofer limits (5) Th-5Æ Fourier Optics : Introduction and basic concepts (6) P-3 Tu-10Æ Fourier Optics : Wave Optics analysis of Coherent Optical Systems (7) Th-12Æ Fourier Optics : Wave Optics analysis of Coherent Optical Systems (8) P-4 Tu-17Æ Fourier Optics : Analog Optical Information Processing (9) Th-19Æ Fourier Optics : Analog optical Information Processing (10) P-5 Tu-24Æ Analog optical Information Processing (11) Th-26Æ Analog optical Information Processing (12) P-6 March Tu-3Æ Holography (13) Th-5Æ Coherence (14) P-7 Tu-10Æ Coherence (15) Thursday-March 12 Æ MIDTERM EXAM Tu-24Æ Coherence (16) Th-26Æ Polarization (17) P-8 Tu-31Æ Matrix Treatment of Polarization (18) April Th-2Æ Production of Polarized Light (19) P-9 Tu-7Æ Nonlinear Optics and the Modulation of Light (20) Th-9Æ Nonlinear Optics and the Modulation of Light (21) P-10 Tu-14Æ Nonlinear Optics and the Modulation of Light (22) Th-16Æ Aberration Theory (23) Tu-21Æ Aberration Theory (24) Th-23Æ Aberration Theory (25) P-11 Tu-28Æ Theory of Multilayer Films (26) Th-30Æ Theory of Multilayer Films (27) P-12 May Tu-5Æ Fresnel Equations (28) Th-7Æ Fresnel Equations (29)
