The laser was once viewed as a solution looking for a problem, but now lasers are common tools in all areas of science, engineering, and medicine, and millions of households contain at least one, in CD players. Thus, an understanding of the operation and characteristics of laser devices is important to students in all areas of science and engineering.
This course will present the basic physics of laser devices from both an analytical and a physical viewpoint. While lasers are inherently quantum devices, a background in quantum mechanics is not required. The course assumes only a general background in elementary atomic physics, waves, and optics at the undergraduate level typical of any science or engineering major. The engineering aspects of lasers will also be covered, including pumping, optical resonators, optical beam propagation, optical detection, and the characteristics of currently important laser devices. Prerequsites: PHYS 201 or ELEC 261, MATH 211, or equivalents.
Spring 2004: MWF 11–11:50; 3 Semester hours; Room TBA
Organizational Meeting: Only 3 students have pre-registered for the course, so the Registrar has not assigned a room. If you are interested in taking the course, come to an organizational meeting Wednesday, 1/12, 11am, in my office, Abercrombe Lab A206. If you cannot attend the meeting, email me about your interest. Depending on the number of students, I may change the course time and/or format, or cancel it.
Required Text: Lasers, A. E. Siegman, University Science Books. (10% discount at http://www.uscibooks.com/siegman.htm)
Any student with a disability requiring accommodations in this course is encouraged to contact me during the first week of class. In addition, such students should contact Disabled Student Services in the Ley Student Center.
