The encyclopedia provides valuable reference material for those working in the field who wish to know more about a topic outside their area of expertise, as well as providing an authoritative reference source for students and researchers. Undergraduate students should find it a useful source of material, as will teachers and lecturers. It will also be useful at the postgraduate level for summarizing a broad range of theoretical topics, for practical advice on research techniques and for insights into new ways of approaching research problems.
Subjects covered: light and optics, lasers, optical fibers, and optical fiber systems, optical materials, and LED's, and applications of all these in control and manufacturing, data processing and storage, applications in environment, engineering, defence, ocean study, medicine and biology.
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- Unparalleled reference work for all researchers in field of Optics, Fiber Systems, Material Science, Atomic and Molecular Physics, Laser Physics
- Covers all the sub fields of Optical Physics as well as related fields as Engineering, which impact manufacturing and many practical applications
- Alphabetically arranged for ease of use; cross-references to aid in tracking down all aspects of a topic under investigation
Professor Bob D. Guenther is Adjunct Professor in the Department of Physics at Duke University, Durham, NC, USA. He uses femtosecond pulsed laser systems to study ultrafast phenomena. Current research includes characterization of quantum well devices, development of terahertz electronics, and analysis of bunched relativistic electron beams. Because these projects are of fundamental interest to physicists, engineers, and material scientists, Prof. Guenther's research involves collaboration with other departments at Duke and other major universities. He is presently working on the application of femtosecond technology to the study of solids, the development of terahertz sources, and new measurement techniques associated with electron beams. He has used a Michaelson Interferometer to observe the temporal characteristics of the electron-beam used in the FEL.
