1. Valette S. (1989) ‘Hybrid technologies for optoelectronics’, le vide et les couches minces, vol. 44, n° 245 pp. 137–145 (Workshop on Optical coatings and Integrated Optics).
2. Valette S., Gidon P., Renard S., Jadot J.P. (1989) ‘Silicon based Integrated Optics Technology: an attractive hybrid approach for optoelectronics’, SPIE Proceeding vol. 1128: glass for Optoelectronics, (24-28 April 1989: Paris) to be published.
3. See For Instance: Carenco A. (1987) ‘Semiconductor waveguides in III-V materials for integrated optics’, Proceeding of the Fourth European Conference on Integrated Optics, pp. 1–7, ECIO 87, Glasgow (11-13 may 1987).
4. Nelson J.R. and Dutta N.K. (1985) ‘Review of InGaAsP/InP laser structures and comparison of their performances’, semiconductor and semimetals: edited by W.T. Tsang, Academic Press 1985, Orl ando, San Diego, New-York, Londres, Toronto, Montreal, Sydney, Tokyo.
5. Olsson N.A., Henry C.H., Kazarinov R.F., Lee H.J., Orlowsky K.J., Johnson B.H., Scotti.R.E., Ackerman D.A. and Anthony P.J. (1988) ‘Performances Characteristics of a 1.5 μm single frequency semiconductor laser with an external waveguide Bragg reflector’, IEEE Journal of Quantum Electronincs, vol. 24, pp 143–147 (February 1988).