PHYSICAL OPTICS (PHY 325.001)-Spring Semester, 2008

Text:
Grant Fowles, Introduction to Modern Optics
Lecture Meets at:
TBD
Laboratory meeting time TBD
Prerequisites:
PHY 162 and MAT 192.
Instructor:
Dr. Randall D. Peters
Office:
SEB 206, Phone: 301-2747
Office hours:
MWF 8:15-8:45, T 8:15-8:45, or by appointment
e-mail:
peters_rd@mercer.edu
personal homepage:
http://physics.mercer.edu/hpage/peters.html
physics department homepage:
http://physics.mercer.edu


This course is concerned with optics that depends on the electromagnetic nature of light.

                     Expectations
Incoming-Students should already have mastered:
(i) basic skills in communicating the concepts of physics, both written and verbal,
(ii) certain tools of mathematics, such as elementary differential and integral calculus necessary for the treatment of electromagnetic phenomena,
Outgoing-By the end of this course, the student should be able to:
(i) describe wave phenomena and interference, both by trigonometric and complex phasor methods,
(ii) distinguish among properties of light that depend on polarization state,
(iii) understand features of coherence that yield marked differences between conventional and laser sources,
(iv) utilize some common and powerful mathematical transform techniques (such as the Fast Fourier Transform) to develop conceptual understanding of diffraction and applied techniques of ``optical computing'',



Selected Tentative Material

Wave Equations
Superposition of waves
Interference of Light
Optical Interferometry
Coherence
Holography
Matrix treatment of Polarization
Production of Polarized Light
Fraunhofer Diffraction
Diffraction Grating
Laser Basics
Laser Applications
Fiber Optics
Fourier Optics
Nonlinear Optics

Final Exam: Thursday, 1 May, 9 - 12.

Grading Scale: 60-D-70-C-80-B-90-A-100
(based on: Lab-1/4, Homework-1/4, Midterm-1/4, and Final-1/4)
 

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