Proceedings of an international conference held in New Delhi, India, January 20-25, 1991

Springer Book Archives

Polymers for Photonics: An Overview of the Development of Plastic Optical Fibers; F. Ide, A. Hasegawa. Nonlinear Optical Devices; G.I. Steadman. Application of Liquid Crystals in Space Activities; S.K. Gupta. Photopolymer Trends in Optics; Y.P. Kathuria. Polymers for Electronics: Science and Technology of Conducting Polymers; A.G, MacDiarmid, A.J. Epstein. Newer Polymeric Applications in Electronics; J.K. Nigam. Structural Features in AlkaliMetal Doped Conjugated Polymers; N.S. Murthy, et al. High Performance Polymers: Future Aerospace Needs for High Performance Materials; E. Vallerani, et al. Processable Rigid Polymers Containing Spiroacetal Units; K. Lee, et al. Radiation Based Depolymerization and Damages; N. Gupta, et al. Fifty-eight additional articles. Index.

This book represents the proceedings of the First International Conference on Frontiers of Polymer Research held in New Delhi, India during January 20-25, 1991. Polymers have usually been perceived as substances to be used in insulations, coatings, fabrics, and structural materials. Defying this classical view, polymers are emerging as a new class of materials with potential applications in many new technologies. They also offer challenging opportunities for fundamental research. Recognizing a tremendous growth in world wide interest in polymer research and technology, a truly global "1st International Conference on Frontiers of Polymer Research" was organized by P. N. Prasad (SUNY at Buffalo), F. E. Karasz (University of Massachusetts) and J. K. Nigam (Shriram Institute for Industrial Research, India). The 225 participants represented 25 countries and a wide variety of academic, industrial and government groups. The conference was inaugurated by the Prime Minister of India, Mr. Chandra Shekhar and had a high level media coverage. The focus of the conference was on three frontier areas of polymer research: (i) Polymers for photonics, where nonlinear optical properties of polymers show great promise, (ii) Polymers for electronics, where new conduction mechanisms and photophysics have generated considerable enthusiasm and (iii) High performance polymers as new advanced polymers have exhibited exceptionally high mechanical strength coupled with light weight.