V. NarayanamurtiP. R. AigrainE. SpitzL. F. EastmanG. I. Haddad and Imran MehdiK. von KlitzingM. S. Dresselhaus and G. DresselhausC. HilsumW. A. GamblingD. E. Aspnes and Bell CommunicationsJ. C. C. FanJ.-P. NoblancK. OeK. J. EbelingV. Graf

Conference Committee	p. vii
Preface	p. ix
Introductory Remarks and Welcome	p. xiii
Compound semiconductors, strained layer epitaxy and the information age	p. 1
Impact of semiconductors on optoelectronic technology	p. 20
Better materials, new applications	p. 27
Novel structures for high speed/high frequency optoelectronic devices and integrated circuits	p. 41
Device applications of resonant tunneling structures	p. 57
Quantum phenomena in microstructured semiconductors	p. 94
Relevance of low dimensional phenomena in intercalation compounds to microstructural semiconductors	p. 128
Organic materials for optoelectronics	p. 158
Recent advances in active fibres	p. 178
Flying by instruments: characterization and measurement of OEIC materials and structures	p. 187
1990 optoelectronics semiconductor materials issues	p. 202
Semiconductor lasers: highlights and trends	p. 212
Optoelectronic integrated circuits	p. 222
Progress in optoelectronic systems applications	p. 229
Optoelectronic device applications: potential outlook for the future	p. 242
Contributors	p. 251