Electronic materials are the building blocks for the components and devices which compromise modern communications, computation, process control and automation systems.
The evolution of Si technology over the past 35 years is a marvelous story of the way science works.
This talk will review some of the exciting frontiers in electronic materials research today and project the flow of these concepts into tomorrow's technologies.
Methods of manufacture in the electronics (including photonics) industry have become increasingly chemical.
AT&T Bell Laboratories provides the technology base for AT&T to be a leader in the field of information systems and services.
Electronic hardware is fabricated from a wide variety of materials, including semiconductors, metallic conductors, insulators, ceramics and organic coatings.
In this paper we review the status of analog and digital electronic dispersion compensators and their application at 10 and 40 Gb/s data rate for compensation of several distortions and give an ove
In a comprehensive overview different aspects of 40 Gbit/s electronic distortion equalization (EDE), of electronic pre-compensation, and receiver circuit requirements for fast polarization scrambli
The robustness of electronic mitigation to Second Order PMD and CD is experimentally assessed.
Basic properties of matter will limit the miniaturization of transistors, the basic building block of computers, to dimensions only about ten times smaller than today's most advanced devices.
