Output Coupling in Optical Cavities and Lasers

Kikuo Ujihara studied laser engineering at the University of Tokyo, where he received his Ph.D. degree in 1969. After teaching first as a lecturer and later as an associate professor at the University of Electro-Communications in Tokyo, he was appointed to a full professorship by the same university in 1986. He worked as a visiting scholar with other distinguished scientists such as Les Allen, Marlan O. Scully, and Herbert Walther. Professor Ujihara wrote one textbook on lasers in Japanese, translated another textbook on quantum optics into the Japanese language, participated as a contributor in writing two English and four Japanese books and handbooks, and co-edited a book on microcavities in English. He authored and coauthored numerous journal articles and review papers.

1 A one-dimensional optical cavity with output coupling-classical analysis-

2 A one-dimensional optical cavity with output coupling-quantum analysis-

3 A one-dimensional quasimode laser: General formulation

4 A one-dimensional quasimode laser-Semiclassical and quantum analysis-

5 A one-dimensional laser with output coupling
-Derivation of the laser equation of motion-

6 A one-dimensional laser with output coupling-Contour integral method-

7 A one-dimensional laser with output coupling-Semiclassical linear gain analysis

8 A one-dimensional laser with output coupling-Semiclassical nonlinear gain
analysis

9 A one-dimensional laser with output coupling-Quantum linear gain analysis-

10 A one-dimensional laser with output coupling
-Quantum nonlinear gain analysis-

11 Analysis of a one-dimensional laser with two-side output coupling
-The propagation method-

12 A one-dimensional laser with output coupling
-Summary and interpretation of the results-
13 Spontaneous emission in a one-dimensional optical cavity with output coupling

14 Theory of excess noise

15 Quantum theory of the output coupling of an optical cavity


Appendices

"This volume is a comprehensive approach to the quantum mechanical output coupling theory of lasers, which is an important area of optical physics ." (Zentralblatt MATH, 2011)