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Physics Bulletin

Progress in Quantum Electronics Vol 3

L. Allen

Published Sep 1, 1974• 7 citations
Publisher

Abstract

J H Sandars and S Sleenholm (eds) Oxford: Pergamon Press 1974 Part 1 Three Level Gas Systems and Their Interaction with Radiation pp 106 price £2.95 Part 2 Mode Locking of Lasers pp 107–229 price £2.80 Both parts of this volume are valuable. The first is an extensive account of the behaviour of three level systems in the presence of an intense field resonant with one of the transitions.

DOI
10.1088/0031-9112/25/9/037

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J H Sandars and S Sleenholm (eds) Oxford: Pergamon Press 1974 Part 1 Three Level Gas Systems and Their Interaction with Radiation pp 106 price £2.95 Part 2 Mode Locking of Lasers pp 107–229 price £2.80 Both parts of this volume are valuable. The first is an extensive account of the behaviour of three level systems in the presence of an intense field resonant with one of the transitions.
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S Stenholm 1985 Bristol: Adam Hilger xiv + 273 pp price £9.95 (IOP members' price £7.95) ISBN 0 85274 808 6 This book contains four contributions that were first published as review articles in Reports on Progress in Physics , together with an introduction setting the scene for each paper and describing developments which have occurred since the articles were first written. The four topics are the interaction of laser radiation with free atoms (S Feneuille), optical bistability (E Abraham and S D Smith), nonclassical effects in the statistical properties of light (R Loudon) and Bell's theorem (J F Clauser and A Shimony).
J H Sanders and K W H Stevens (Eds) Vol 1 Pt 1 Parametric Processes A Yariv and J E Pearson Oxford: Pergamon 1969 pp 49 price £1 1s Vol 1 Pt 2 Light Propagation and Light Shifts in Optical Pumping Experiments W Happer Oxford: Pergamon 1970 pp 54 price £1 5s The authors of the 50 page review–tutorial article on parametric processes are from the California Institute of Technology. They are mainly concerned with expounding the theoretical basis of frequency mixing phenomena in lossless nonlinear elements.