Catalog Description:  A study of electromagnetic radiation, with emphasis on the visible portion of the spectrum.  Topics include optical detectors, superposition of waves, interference, far-field and near-field diffraction, polarization, waveguides and optical fibers, and laser theory. Prerequisites: PHYS 252 and MATH 232.  Offered in the Fall semester of even numbered years. One semester; three credits.

Text:   Introduction to Optics (3rd ed.) Pedrotti

Prerequisites by Topic: 
introductory exposure to optics (Physics III level)
3-dimensional calculus and geometry
complex representation of sine & cosine (Euler’s Formula)
basic differential equations

Goals:
To gain an understanding of the basic principles of the physical optics model of light.
To gain a certain level of mastery using these principles to explain certain optical phenomena.
To learn about some applications of these phenomena in the design and use of optical instruments.
To improve your mathematical skill and your analytic reasoning skill, which are both needed to be a successful physicist.
To deepen your appreciation of Nature.

Topics:
Light and Its Detection
Geometric Optics
Mathematics of Waves
Interference
Polarization
Diffraction
Lasers
Waveguides & Fiber Optics

Attendance:  You are expected to attend class.

Final Exam:  Comprehensive

Course instructor webpage:   Dr. John Varriano