Laser Physics

Simon Hooker's doctoral and early post-doctoral work in Oxford involved a study of novel line- and broadly-tunable vacuum ultraviolet (VUV) lasers optically-pumped by a molecular fluorine laser. In 1994 he moved to Stanford University to work with Prof. Steve Harris. He returned to the UK in 1996 to take up a Royal Society University Research Fellowship and to start a new research group in the Clarendon Laboratory. He joined the faculty of Oxford's Department of Physics in 2005; he was made Reader in 2006, and Professor in 2008.Colin Webb completed his D.Phil. at Oxford in 1964, the first research degree specifically on the topic of laser physics undertaken anywhere outside the USA. He was then recruited as a member of technical staff of Bell Laboratories, New Jersey, USA. He returned to Oxford University in 1968 to head the Laser group at the Clarendon Laboratory. In the 1970s he became a University Lecturer and Fellow of Jesus College. Until his retirement in 2002, Colin Webb was the ad hominem Professor of Laser Physics at the University of Oxford, and from 1995-1999 he was Head of Atomic and Laser Physics. He is a Fellow of the Optical Society of America serving as Director-at-Large from 1991-1994. In 1991 he was elected as a Fellow of the Royal Society, receiving its Clifford Paterson Medal and Prize in 1998. In January 2000 he was awarded an MBE for services to the UK Laser Industry.

This textbook is well suited for advanced undergraduate and graduate students. It is written with the fine-tuned pedagogical style of master teachers, and it is replete with well-integrated figures and insightful problem sets at the end of each chapter.

• 1. Introduction ; 2. The interaction of radiation and matter ; 3. Broadening mechanisms and lineshapes ; 4. Light Amplification by the Stimulated Emission of Radi- ation ; 5. Gain saturation ; 6. The laser oscillator ; 7. Solid-state lasers ; 8. Dynamic Cavity Effects ; 9. Semiconductor Lasers ; 10. Fibre Lasers ; 11. Atomic Gas Lasers ; 12. Infra-red molecular gas lasers ; 13. Ultraviolet Molecular Gas Lasers ; 14. Dye Lasers ; 15. Nonlinear frequency conversi ; 16. Precision frequency control of lasers ; 17. Ultrafast lasers ; 18. Short-wavelength lasers ; Appendix A Semi-classical theory ; Appendix B The Spectral Einstein Coefficients ; Appendix C Kleinman's conjecture